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2 episodes with professor cohen
2 episodes with professor cohen
As Russia's war with Ukraine entered a fourth year on February 24, 2025, several things happened. Ukrainian President Volodymyr Zelensky visited the White House to be told by President Trump that he "did not have the cards;" the US began to pull back aid for Ukrainian forces; and shortly after that Ukraine secured the support of European Union allies and launched a drone attack directly on Moscow. Meanwhile, Russian President Vladimir Putin put his own conditions on any potential ceasefire deal.rnrnIn the pages of The Atlantic, Johns Hopkins professor Eliot Cohen weighed in, arguing that Russia is actually losing the war. "Ukraine has plenty of cards," Cohen wrote, "even if Trump and Vance can't see them."rnrnHowever and whenever it ends, the resolution of this conflict could have a tectonic impact on geopolitics and power dynamics in Europe and throughout the world. Ambassador Paula Dobriansky joins Professor Cohen in a conversation about the prospects for an enduring peace and the greater impact of the conflict on the region and the global order.
Professor Marc Cohen's passion for all things wellness shines in this latest podcast episode. Dr Michelle Woolhouse and Professor Cohen discuss all things health; from the benefits of sunlight, clean water, food and beverage fermentation and connecting this to its history, the medicinal properties of honey, seasonal eating, fasting, and mushrooms. Together they share many holistic hacks on how to optimise gut, immune health, and longevity through dietary and lifestyle approaches to thrive in today's modern world. Find today's transcript and show notes here: https://www.fxmedicine.com.au/podcast/joy-health-dr-michelle-woolhouse-and-professor-marc-cohen Sign up for our monthly newsletter for the latest exclusive clinical tools, articles, and infographics: https://pages.blackmores.com.au/FXM-signup.html ***DISCLAIMER: The information provided on fx Medicine is for educational and informational purposes only. The information provided is not, nor is it intended to be, a substitute for professional advice or care. Please seek the advice of a qualified health care professional in the event something you learn here raises questions or concerns regarding your health.***
Eliot A. Cohen, the scholar of international affairs, is a favorite guest of “Q&A.” He has written a new book, a Shakespeare book: “The Hollow Crown: Shakespeare on How Leaders Rise, Rule, and Fall.” Shakespeare knew . . . everything. Professor Cohen knows a great deal too. At the end of his conversation with Jay, he talks about […]
Eliot A. Cohen, the scholar of international affairs, is a favorite guest of “Q&A.” He has written a new book, a Shakespeare book: “The Hollow Crown: Shakespeare on How Leaders Rise, Rule, and Fall.” Shakespeare knew . . . everything. Professor Cohen knows a great deal too. At the end of his conversation with Jay, he talks about Ukraine and Israel and the immense challenge facing us all.
In this thought-provoking episode of "The Rational Egoist," host Michael Liebowitz is joined by Professor Andrew Jason Cohen, Director of the Philosophy, Politics, and Economics Program at Georgia State University. Known for his works on toleration, civil discourse, and applied ethics, Professor Cohen offers a unique perspective on the ethics of reparations for the descendants of slaves. During their conversation, Professor Cohen posits that the federal government perpetrated an egregious crime against slaves, the ramifications of which continue to affect their descendants. He argues that it's the government's moral obligation to make amends. Yet, the conversation takes an intriguing twist as they delve into the logistics of funding these reparations. The government, devoid of its own funds, would necessitate taxing its citizenry to finance this endeavour. But this raises serious ethical questions: Is it just to make present-day citizens shoulder the financial burden for crimes they didn't commit? Professor Cohen likens the situation to a corporation taxing its shareholders to pay off a debt, but Michael contests this comparison. Unlike a corporation, the government operates by the principle of coercion, effectively forcing individuals to part with their hard-earned money for a cause they might not endorse.Moreover, considering the existing financial woes of the United States, which is already trillions of dollars in debt, how ethical and prudent would it be to accrue even more debt? Join Michael and Professor Cohen as they dissect the complexities surrounding the ethics of reparations. This episode will challenge your perspectives and compel you to critically examine the morality of government-imposed financial burdens. Don't miss this illuminating discourse that navigates the intersection of ethics, politics, and economics. Michael Leibowitz is a renowned philosopher, political activist, and the esteemed host of the Rational Egoist podcast. Inspired by the philosophical teachings of Ayn Rand, Leibowitz passionately champions the principles of reason, rational self-interest, and individualism, seeking to empower others through his compelling work. His life's narrative exemplifies the transformative power of Ayn Rand's writings. Having faced challenging circumstances that led to a 25-year prison sentence, Leibowitz emerged from adversity by embracing the tenets of rational self-interest and moral philosophy put forth by Ayn Rand. Beyond his impactful podcasting endeavours, Leibowitz fearlessly engages in lively political debates, advocating for the protection of individual rights and freedoms through compelling YouTube videos and insightful interviews. His unwavering commitment to these ideals has garnered him a dedicated following of like-minded individuals.Leibowitz is a versatile author, co-authoring the thought-provoking book titled "Down the Rabbit Hole: How the Culture of Correction Encourages Crime." This groundbreaking work delves into societal attitudes surrounding punishment and rehabilitation, shedding light on how misguided approaches have contributed to the rise of crime and recidivism. Additionally, he has authored the book "View from a Cage: From Convict to Crusader for Liberty," offering an intimate portrayal of his personal journey while exploring the philosophies that influenced his transformation. For a deeper exploration of his ideas and insights, don't miss the opportunity to read "Down the Rabbit Hole: How the Culture of Correction Encourages Crime," co-authored by Michael Leibowitz. And also, delve into his book "View from a Cage: From Convict to Crusader for Liberty." Both books are available for purchase using the following links:"Down the Rabbit Hole": https://www.amazon.com.au/Down-Rabbit-Hole-Corrections-Encourages/dp/197448064X"View from a Cage": https://books2read.com/u/4jN6xj
In this episode, moderator George Cooper, sits down with the brilliant minds of Professor Stacey Cohen and Dr. Jeff Sharman. Together, they delve into the fascinating world of Monoclonal Antibody Biosimilars and their significant impact on the field of Oncology, with a particular focus on Lymphoma and Colorectal Cancer. Join us as our expert panel explores the utilization of Monoclonal Antibody Biosimilars in the treatment of these cancers, shedding light on their efficacy and safety. Drawing from their extensive experience and knowledge, Professor Cohen and Dr. Sharman also share their insights on the prevailing attitudes towards this approach, while highlighting the key aspects of the current consensus within the medical community. This episode also offers a glimpse into the future prospects of Monoclonal Antibody Biosimilars, including the anticipated uptake and potential advancements in the field. Professor Stacey Cohen Associate Professor at the Clinical Research Division, Fred Hutch Cancer Centre as well as an Associate Professor at the Division of Oncology, University of Washington. Professor Cohen is a specialized medical oncologist focusing on GI cancers, including colon, rectal, early-onset, and hereditary types. Her research explores the influence of genetics on treatment choices, encompassing hereditary gene alterations, tumor genetic changes, and novel disease markers. Dr. Cohen aims to personalize treatment decisions for her patients and the wider cancer community, maximizing efficacy while minimizing side effects. She values establishing enduring patient relationships and participating in collaborative decision-making processes. Doctor Jeff P Sharman Director of Research at the Willamette Valley Cancer Institute as well as the Medical Director of Hematology Research for The US Oncology Network. Dr. Sharman, the research director at the Willamette Valley Cancer Institute and the medical director of hematology research for The US Oncology Network, possesses extensive knowledge and expertise in the latest scientific advancements across various cancer types. His notable contributions to treatment progress and extensive publication history in esteemed scientific journals, such as the New England Journal of Medicine, Journal of Clinical Oncology, and Blood, highlight his expertise. Through his research program in Eugene, he has garnered global recognition in diverse cancer fields and presented his findings at major conferences in the US, Asia, and Europe. Dr. Sharman's research has facilitated WVCI's access to exciting new areas of research, including immunotherapy, targeted therapy, and personalized medicine. This podcast was funded by an educational grant from Pfizer, who has had no input to the creation of this educational podcast.
Returning to Real Clear for the second time is David Cohen, Professor of Social Welfare and Associate Dean for Research and Development at UCLA's Luskin School of Social Work. David joined me for a spirited debate about the homelessness and mental illness crises affecting our country and what the best path forward might look like from a public policy perspective. More on Professor Cohen here:https://luskin.ucla.edu/person/david-cohenThanks for watching. Visit realclearpodcast.com for more.Support the show
Get ready to uncover the power of belonging with our incredible guest, Dr. Geoff Cohen. He's got the latest research, and it's showing us that from the moment we're born 'til our final breath, feeling like we belong is absolutely crucial for learning and growing as individuals. Geoff also reveals the one thing that, if it could be bottled up, it would be a billion-dollar drug. So join us as we dig deep into how belonging is the precondition to learning! Transcript available at LainieRowell.com About Our Guest: Geoffrey L. Cohen is a Professor of Psychology and the James G. March Professor of Organizational Studies in Education and Business at Stanford University. He is a social psychologist by training and received his PHD at Stanford and his BA at Cornell. Professor Cohen's research examines the processes that shape people's sense of belonging and self-concept, and the role that these processes play in various social problems. Book: BELONGING: The Science of Creating Connection and Bridging Divides, by Geoffrey L. Cohen Website: geoffreylcohen.com Twitter: @GeoffCohen Instagram: @geoffrey.cohen.77 About Lainie: Lainie Rowell is an educator, international consultant, podcaster, and TEDx speaker. She is the lead author of Evolving Learner and a contributing author of Because of a Teacher. Her latest book, Evolving with Gratitude, was just released. An experienced teacher and district leader, her expertise includes learner-driven design, community building, online/blended learning, and professional learning. Learn more at linktr.ee/lainierowell. Twitter - @LainieRowell Instagram - @LainieRowell Evolving with Gratitude, the book, is now available! Purchase here! You can also get bulk orders for your staff (10 copies or more) at a discounted price! Just fill out the form linked below and someone will get back to you ASAP! bit.ly/ewgbulkdiscount
Enjoy this interview with Professor Ed Cohen who was diagnosed with Crohn's disease at age 13 and has now been living with IBD for over half a century. Crohn's nearly killed him in his early 20s and the only outlook his doctors ever gave him was that the best he could hope for would be periods of remission. Professor Cohen has spent his life in search of better health and is sharing what he's learned over the years in his new book, “On Learning to Heal or, What Medicine Doesn't Know.” He draws on his 50 years of living with Crohn's disease to consider how Western medicine's turn from an “art of healing” toward a “science of medicine” deeply affects both medical practitioners and their patients. Links from the show: On the web: www.healingcounsel.com Get the book: www.healingcounsel.com/publications/on-learning-to-heal Schedule a 15-minute conversation to learn about Healing Counsel: www.healingcounsel.com/contact View Professor Cohen's bio from Rutgers University and additional publications: Rutgers: womens-studies.rutgers.edu/faculty/core-faculty/122-ed-cohen Follow on social: www.twitter.com/Healing_Counsel www.instagram.com/healingcounsel www.linkedin.com/in/ed-cohen-15386816 _______ Enjoy the podcast? Help keep it going and send a little love ❤️ www.buymeacoffee.com/stephgish Shop all the things I love: www.crohnsfitnessfood.com/shopping-list Want to share your story? Send me a message here.
In this episode, we had the pleasure of speaking with Geoffrey L. Cohen who is Professor of Psychology and the James G. March Professor of Organizational Studies in Education and Business at Stanford University. Professor Cohen's research examines the processes that shape people's sense of belonging and self-concept, and the role that these processes play in various social problems. He has studied the big and small threats to belonging and self-integrity that people encounter in school, work, health care settings, politics, communities, and relationships. Geoff has just published the book “Belonging – The Science of creating connection and bridging divides”. During this conversation you'll learn: • Why Belonging is so important for human beings • What are the main causes of the crisis of belonging • What are the major elements that contribute to damage the feeling of belonging • What are the concrete actions that could implemented to be successful at reinforcing the sense of belonging: wise interventions, situations crafting… • What are the advices Geoff would give to a leader to reinforce the sense of belonging at work, in school and in politics To learn more about Geoff and his work, visit https://www.geoffreylcohen.com/ Let us know what you think about the episode on Twitter @BVANudgeConsult Don't have social media? Our inbox is always open at contact@bvanudgeconsulting.com
In this episode, Jack Omer-Jackman, Research Associate at BICOM speaks to Professor Amichai Cohen. Professor Cohen is a senior fellow at the Israel Democracy Institute and a faculty member of the Faculty of Law, Ono Academic College. He graduated from the Faculty of Law of the Hebrew University of Jerusalem and holds a master's degree and a doctorate from the Yale Law School. His research deals with constitutional and international law, and he's the author of the book The Wars of the High Court. Professor Cohen joins Jack for a discussion of the dominant domestic Israeli political issue of the day: judicial reform - what does it look like, how does it compare internationally and what is next for Israel's judicial system?
What does it really mean to belong? And why is it one of the most challenging topics of discussion and feeling to embody? In this episode, Jess and Jess sit down with Professor Geoffrey Cohen, and author of Belonging, for a raw conversation about their own experiences that have informed their understanding and shaped their expectations of belonging. Professor Cohen brings research and science to the conversation, and helps The Two Jess(es) understand that by putting themselves out their with the intention of getting to know others in order to help them belong, we can all make the world a better place. But beyond that, he provides a very human approach to not only his work, but this conversation- and gives really practical advice on how to help ourselves, and others in the neverending quest of feeling like we belong.This one is full of enlightening information, and above all, hope.Meet Professor Cohen:Geoffrey L. Cohen is Professor of Psychology and the James G. March Professor of Organizational Studies in Education and Business at Stanford University. He lives in Palo Alto, California. Thanks to our sponsor!Lyssa Seward: https://www.ttrsir.com/eng/associate/279-a-3012-4043609/lyssa-sewardSupport the show
Psychologists Off The Clock: A Psychology Podcast About The Science And Practice Of Living Well
Belonging uncertainty is a common experience in social life. It is a feeling of not fitting into a particular social group or environment. People who experience this may feel like an outsider, isolated from those around them, or unable to connect with people in their environment. Professor of Psychology, Geoffery L. Cohen is here to remind us of the importance of fostering self-awareness to better understand our feelings and the actions we should take when faced with a sense of belonging uncertainty. Geoffery's book Belonging: The Science of Creating Connection and Bridging Divides provides a fascinating look into the realm of social psychology and how it can be used to combat the daunting feeling of not belonging. Through Geoffery's knowledge and insight, you will gain a clear understanding of the changes that can be made to conquer feelings of belonging uncertainty. His work is invaluable in the effort to empower individuals to create strong, meaningful connections and build bridges of understanding and empathy. Listen and Learn: The role of social psychology in turning everyday encounters into opportunities for understanding, connection, and growth An overview of Geoffery's research on social problems Belonging uncertainty unpacked How social climate can contribute to certain behaviors The concept of stereotype threat How can we cultivate a sense of belonging in the workplace What can be done to change that feeling of not belonging? The difference between perspective gathering and perspective taking Bridging the divide by helping people feel heard and understood Resources: Geoffrey L. Cohen's website: https://www.geoffreylcohen.com/ For more about Geoffery, check out his Stanford faculty page: https://ed.stanford.edu/faculty/glc Get your copy of Belonging: The Science of Creating Connection and Bridging Divides here: https://bookshop.org/a/30734/9781324006183 About Geoffrey L. Cohen Geoffrey L. Cohen is a Professor of Psychology and the James G. March Professor of Organizational Studies in Education and Business at Stanford University. He is a social psychologist by training and received his PHD at Stanford and his BA at Cornell. Professor Cohen's research examines the processes that shape people's sense of belonging and self-concept, and the role that these processes play in various social problems. He has studied the big and small threats to belonging and self-integrity that people encounter in school, work, health care settings, politics, communities, and relationships. He and others have developed concrete, science-backed strategies to create more welcoming spaces for people from all walks of life. He believes that the development of psychological theory depends not just on descriptive and observational research but on theory-driven intervention. He has long been inspired by Kurt Lewin's quip, “The best way to understand something is to try to change it.” Related episodes: 51. The Psychology of Political Division with Yael and Debbie 96. Effective Conversations About Diversity with Anatasia Kim and Alicia del Prado 199. Belonging From the Inside Out with Meg McKelvie 234. The Power of Us with Dominic Packer 255. Influence is Your Superpower with Zoe Chance 262. Hope and Values in Dark Times with Us Learn more about your ad choices. Visit megaphone.fm/adchoices
Geoffrey L. Cohen is a Professor of Psychology and the James G. March Professor of Organizational Studies in Education and Business at Stanford University. He is a social psychologist by training and received his PHD at Stanford and his BA at Cornell. Professor Cohen's research examines the processes that shape people's sense of belonging and self-concept, and the role that these processes play in various social problems. He has studied the big and small threats to belonging and self-integrity that people encounter in school, work, health care settings, politics, communities, and relationships. He and others have developed concrete, science-backed strategies to create more welcoming spaces for people from all walks of life. He believes that the development of psychological theory depends not just on descriptive and observational research but on theory-driven intervention. He has long been inspired by Kurt Lewin's quip, “The best way to understand something is to try to change it.” For more of Georrfey: Website: https://www.geoffreylcohen.com Book: https://www.geoffreylcohen.com/book To become a patron and help this program continue producing this show, and get access to patron-only events, go to www.patreon.com/hellohuman and pledge any amount.
Dr. Dan talks to the esteemed Geoffrey Cohen – expert, author, Stanford University Professor of Psychology – about disconnection, loneliness, belonging, community, happiness and his new book Belonging: The Science of Creating Connection and Bridging Divides. Dr. Dan and Geoff dive deep in order to focus on our deeply human need to belong. They offer hopeful solutions to our challenging times. Professor Cohen shares great advice about navigating modern life with greater empathy in work, school, politics, and everyday encounters. We live in enormously polarized times. From politics to race, religion, gender, and class, division runs rampant. Today's interview will give listeners hope and will help everyone living in today's disconnected world connect!Visit Geoffrey Cohen's website www.geoffreylcohen.com for more information and follow him on Twitter @GeoffCohen.Email your parenting questions to Dr. Dan podcast@drdanpeters.com (we might answer on a future episode).Follow us @parentfootprintpodcast (Instagram, Facebook) and @drdanpeters (Twitter).Listen, follow, and leave us a review on Amazon Music, Apple Podcasts, Wondery, or wherever you like to listen!Don't forget, you can hear every episode one week early and ad-free by subscribing to Wondery+ in the @WonderyMedia App.For more information:www.exactlyrightmedia.com www.drdanpeters.comFor podcast merch:www.exactlyrightmedia.com/parent-footprint-shoSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.
About Professor Cohen: https://philosophy.berkeley.edu/people/detail/420Check out the journal Boston Review: https://bostonreview.net/Professor Cohen on John Rawls: https://bostonreview.net/reading-list/rawls-at-100/Listen to Leonard Cohen's song ‘Democracy': Get full access to Musically Speaking Podcast with Chuong Nguyen at musicallyspeaking.substack.com/subscribe
CEO of Start-Up Nation Mentorship, Ben Spilg, welcomes Maxime Cohen, Professor of Retail and Operations at McGill University. In this episode, Professor Cohen offers his take on working with large corporations vs. start-ups, his own journey into academia at such a young age, insights on the future of retail, and the value of partnership with Israel for ambitious students.
Professor Glenn Cohen is a James A. Attwood and Leslie Williams Professor of Law at Harvard University. Professor Cohen is one of the world's leading experts on the intersection of bioethics and the law and is the author of more than 150 articles appearing in such places as New England Journal of Medicine, JAMA, The American Journal of Bioethics, The New York Times, and The Washington Post. He also leads the Project on Precision Medicine, Artificial Intelligence, and the Law, which is part of the larger Centre for Advanced Studies in Biomedical Innovation Law. In this interview, we discuss a variety of legal and ethical topics like data privacy, liability and medical errors, and AI use disclosure in patient settings. Professor Cohen provides many examples of how AI is changing the face of our society from driverless cars to Target knowing us better than our own family members! He also makes a few great literature and media recommendations: "Exhalation" by Ted Chiang, "The Paper Menagerie" by Ken Liu, "The Three-Body Problem" by Liu Cixin, and of course, the Netflix original, "Black Mirror." P.S. Follow professor Cohen on Twitter (@CohenProf) for more nuggets of wisdom on legal and ethical issues in artificial intelligence (and in many other healthcare sectors)! 1:30 Professor Cohen's Journey 3:17 Project on Precision Medicine (PMAIL) 5:46 "Case-based" approach 8:57 Who takes the blame? 11:20 Driverless cars and healthcare 12:33 Medical errors 13:08 Big data, HIPPA 16:30 Where are we going? 18:40 Bias in AI + Healthcare 20:00 Advice to your past self! 22:30 Vital interprofessional collaboration Interviewer: Madeline Ahern Producer: Melanie Bussan Art: Saurin Kantesaria @saorange314 - Instagram
Stanley Cohen, Clinical Professor in the Department of Internal Medicine and Co-Director of the Division of Rheumatology from the UT Southwestern Medical Center and Presbyterian Hospital, Dallas. Join Professor Peter Nash as he interviews authors of recent notable papers in rheumatology. In this edition, Professor Cohen discusses radiographic progression in patients with RA treated with tofacitinib.
In a belated celebration of his 90th birthday and his extraordinary contributions to the development of law in China and U.S.-China relations, the National Committee on U.S.-China Relations hosted a virtual discussion with America’s leading expert on Chinese law, Jerome A. Cohen, on February 16, 2021. Professor Cohen conversed with his former student, Steve Orlins, who is now president of the National Committee, about his experiences over the last sixty years of studying Chinese law, government, and society. Topics included living in China, prospects for the future of law in China, and directions in Sino-American relations.
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
This lecture kicks off with Professor Jayaraman’s discussion of “astroturf” social movements and the growing battle around California’s Ballot Propositions 15 and 22. These propositions represent two attempts of billionaires to privatize the public-school system in California and to re-write the state’s labor laws to impose “independent contractor” status upon millions of gig workers. From there Professor Cohen takes up the main topic of voting rights and the long history of voter suppression in the United States with particular emphasis upon the Trump administration’s efforts to suppress voter turnout and challenge the election results after November 3. Remember, if your vote didn’t matter, they wouldn’t try so hard to suppress it. So if you have not already, go and vote early, especially in those down ballot races that really matter. Series: "UC Public Policy Channel" [Public Affairs] [Show ID: 36513]
Why is it so hard – and getting harder – to get an abortion in the U.S. today? Aaron Freiwald, Managing Partner of Freiwald Law and host of the weekly podcast, Good Law | Bad Law, is joined by Professor David Cohen, of Drexel University’s Kline School of law, to discuss accessibility of abortion. David’s new co-authored book on the topic, Obstacle Course: The Everyday Struggle to Get an Abortion in America, tells the story of abortion in our country and captures a disturbing reality of insurmountable barriers people face when trying to exercise their legal rights to medical services. Despite the controversy surrounding this issue, it is a constitutional right that women have access to abortion. Yet getting an abortion can be a monumental challenge in many places throughout the United States, forcing some to risk their lives and livelihoods in the process. Aaron and David dive into these obstacles and their implications, discussing restrictions, fake clinics, health care coverage, protestors and more. David explains his approach to the book and reasons for working on it while talking about state legislation, upcoming Supreme Court cases, and how the law tries to interfere with women’s rights and autonomy. A graduate of Columbia Law, Professor Cohen’s scholarship explores the intersection of constitutional law and gender, emphasizing how the law impacts abortion provision, including violence against abortion providers, as well as sex segregation and masculinity. In addition to his most recent book, David is also the co-author of Living in the Crosshairs: The Untold Stories of Anti-Abortion Terrorism. Published in 2015, “Living in the Crosshairs” examines how abortion providers are targeted by anti-abortion extremists and how law can better respond. Professor Cohen has published articles in the Harvard Journal of Law and Gender, Columbia Journal of Gender and Law, University of Pennsylvania Law Review Online, George Washington Law Review, and others. Before coming to Drexel, David was a lecturer-in-law at the University of Pennsylvania Carey School of Law and held adjunct professor positions at Penn and Long Island University. He currently serves on the board of directors for the Women’s Law Project in Philadelphia and the National Abortion Care Network. Professor Cohen also continues to work on pro bono cases affecting abortion access and LGBT rights. To learn more about Professor Cohen, please visit his bio page at Drexel here. To check out Professor Cohen’s new book, Obstacle Course: The Everyday Struggle to Get an Abortion in America, please click here. Host: Aaron Freiwald Guest: David Cohen Follow Good Law | Bad Law: YouTube: Good Law | Bad Law Facebook: @GOODLAWBADLAW Instagram: @GoodLawBadLaw Website: https://www.law-podcast.com
Co-Dean David Lopez speaks with exoneree Huwe Burton and Rutgers Law Professor Laura Cohen about the failures of our criminal justice system and what it's like to be wrongfully imprisoned. Content warning: descriptions of crime scenes and assault. Story on Huwe Burton's case. Learn more about Professor Cohen. The Power of Attorney is produced by Rutgers Law School. With two locations minutes from Philadelphia and New York City, Rutgers Law offers the prestige and reputation of a large, nationally-known university combined with a personal, small campus experience. Learn more by visiting law.rutgers.edu. Episode Producer: Elizabeth Moore Editor and Series Producer: Emily Brennan Transcript: Kate Bianco --- Send in a voice message: https://anchor.fm/rutgerslaw/message
I. Glenn Cohen, James A. Attwood and Leslie Williams Professor of Law and faculty director, Petrie-Flom Center for Health Law Policy, Biotechnology & Bioethics at Harvard Law School, delivers an interesting overview of the many and varied ethical issues that pertain to new and emerging technologies. Professor Cohen is a noted expert on the nexus of bioethics (often referred to as ‘medical ethics') and the law, inclusive of the health law. Cohen is also heavily involved in the education opportunities regarding the civil procedure. Cohen has spoken at countless legal, medical, and industry conferences at spots all across the globe. His celebrated work has been featuredin or covered by, numerous media outlets including PBS, ABC, NPR, CNN, MSNBC, The NewYork Times, Mother Jones, the New Republic, and many more. Cohen talks about his extensive background and training in law and medical ethics, as well as philosophy. Cohen's expertise covers a wide swath of subject matter, from artificial intelligence and healthcare to gene editing, organ transplantation, food and drug law, translational medicine, and others. Cohen talks about artificial intelligence, machine learning, and neural net applications as they relate to predictive medical applications and decision-making specifications for patient care. Cohen expands our understanding in the areas of pattern recognition as it relates to medical applications, and how algorithms must adapt to differing variables, for example, the differences between people such as racial makeup, citing a specific example about breast density and mammograms. He explains that the algorithm training data must accommodate all the options and variables in order to produce successful outcomes/results. And he discusses privacy issues as they relate to data. The Harvard professor details electronic health records, and how some physicians are experiencing burnout with the input of data, and how it is critical that data be input accurately and thoroughly in order for viable medical information to be helpful. He discusses reproduction, cloning, and some other issues related to genes within the context of technology. Cohen delves into gene editing further, discussing a particular case in China. Cohen explains that there was no real medical need for the gene edit and that caused quite a stir.Cohen talks about other use cases, and where things will go in the gene-editing world, and how regulations surrounding gene editing will perhaps become more relaxed if the benefits are justified. Cohen states that in the future we will probably see more debate about what is acceptable and what is not, in regard to gene editing. While there is clear prohibition right now, things could change as more scientists around the globe push the envelope.
Listen into Amina's interview with Professor Tyler Cowen, host of the popular podcast series Conversations with Tyler on iTunes. Professor Cohen is Director of the Mercatus Center and a professor at George Mason University. His book,The Great Stagnation: How America Ate the Low-Hanging Fruit of Modern History, Got Sick, and Will (Eventually) Feel Better, was a New York Times bestseller. He received his PhD in economics from Harvard University in 1987.
Listen into Amina's interview with Professor Tyler Cowen, host of the popular podcast series Conversations with Tyler on iTunes. Professor Cohen is Director of the Mercatus Center and a professor at George Mason University. His book,The Great Stagnation: How America Ate the Low-Hanging Fruit of Modern History, Got Sick, and Will (Eventually) Feel Better, was a New York Times bestseller. He received his PhD in economics from Harvard University in 1987.
Welcome to the radio magazine that brings you news, commentary and analysis from a Black Left perspective. I’m Glen Ford, along with my co-host Nellie Bailey. Coming up: Marxists have been calling on workers of the world to unite for more than a century and a half. But can workers still change the world. A new book says, Yes. And, Supporters of Mumia Abu Jamal urge Philadelphia’s chief prosecutor not to stand in the way of possible pathway to freedom. The Democrats seem certain to step up their investigations of the Trump administration, now that they are a majority In the U.S. House. That also probably means even more frenzied efforts to link Russia to the Trump presidential campaign. Stephen Cohen is the nation’s best known expert on Russia, having studied that nation’s politics in both the Soviet era, and after Russia became capitalist. Cohen spoke with Black Agenda Report executive editor Glen Ford, who remembers the tail end of anti-Russian hysteria during the McCarty Era. But Ford cannot recall anything during the McCarthy era that was as manic, loud and relentless has today’s hysteria against Russia. Professor Cohen, agrees. Russia may be capitalist, but socialists around the world still seek the overthrow of the rule of the rich. Michael Yates is an editor with the prestigious left publication, Monthly Review. He’s a longtime labor education and a prolific author. Yates’ latest book is entitled, “Can the Working Class Change the World?” Yates think they can, and must. But, most Americans don’t think of themselves as being in the working class, and very few know that 200 million Indian workers recently staged a two-day, general strike. Supporters of Mumia Abu Jamal, the nation’s best known political prisoner, rallied in Philadelphia, last week, demanding that the city’s district attorney, Larry Krasner, do nothing to interfere with Abu Jamal’s chance to appeal his conviction in the death of a policeman, 38 years ago. A long list of people took to the microhone, beginning with a high school classmate of Abu Jamal, when Mumia was known as Wesley Cook.
I’ve brought Professor Marc Cohen back on the show to discuss the toxic load that we are burdened by today in the modern life context. Professor Cohen is a triple Phd and at the forefront of studying the harmful effects of many of the common chemicals we are exposed to today. We cover his “10 toxic truths”, discussing things such as the fact that chemicals are synergistic - ie more powerful when mixed together even though individually they might be deemed safe. We discuss how being ‘top of the food chain’ is not to our advantage when it comes to eating, we talk about how exposure is unjust, often affecting children worse, and spanning generations. It’s not all doom and gloom given the Go Low Tox round is now open for enrolments to allow you to reduce your touches load across all areas of your daily life, and Marc gives you some of his best tips also. To go through the show notes and catch this week’s amazing sponsor offers, head to https://www.lowtoxlife.com/podcast/
As Jews, as Americans, as thoughtful citizens and friends of the decent order of the West, we face great challenges to our security. Those challenges are posed by authoritarian and expansionist powers like China and Russia, by dangerous states like Iran and North Korea, by radical Islamist movements like ISIS, and by new dangers like cyberwarfare and the weaponization of space. To help us think a little more clearly about the strategy of American security and the political order it helps to underwrite, Tikvah Fund Executive Director Eric Cohen hosted Johns Hopkins School of Advanced International Studies (SAIS) Professor Eliot Cohen at the Tikvah Center in New York City. Drawing on his new book, The Big Stick: The Limits of Soft Power and the Necessity of Military Force, Professor Cohen argued that America's global military presence is essential for American foreign policy. Their conversation touches upon the American conception of war, the state of American forces, American force projection, the operations and scope of the American government, and the tactics and aims of America's rivals. Professor Cohen also assesses Israel's current strategic position, and offers his thoughts on Israel's national security imperatives. This conversation took place on March 6, 2017.
Halford discusses the NASA BARREL project and space weather. The Balloon Array for Radiation-belt Relativistic Electron Losses campaign will help study the Van Allen Radiation Belts and why they change over time by using balloons launched in Antarctica.TranscriptSpeaker 1: Spectrum's next. Speaker 2: Mm [inaudible]. Speaker 3: Welcome [00:00:30] to spectrum the science and technology show on k a l x Berkeley, a biweekly 30 minute program bringing you interviews featuring bay area scientists and technologists. Speaker 1: Good afternoon. I'm your host, Rick Karnofsky. Our guest today is Alexa Helford. Alexa is a postdoc at Dartmouth who studies based weather. She's involved with the balloon group there who recently finished their 2013 launch of the NASA barrel or [00:01:00] balloon array for radiation belt, relativistic electron losses campaign. 20 balloons. Went up in Antarctica in January and February. Next year there'll be doing it again. They're doing this to track where radiation goes when it leaves the radiation belts. Alex, I welcome to spectrum. Thank you. Can you talk to us a little bit about space weather? Speaker 3: Yeah, it is the coolest thing ever cause it's weather, but in space. What does that mean? So whenever you hear of like solar storms [00:01:30] or geomagnetic storms, which tend to make the news, that space weather, the sun always is spewing out junk at us. It's usually a combination of protons, electrons, and magnetic fields. Sometimes there's ions in there. Speaker 1: Well, but when that stuff Speaker 3: hits us, that space, whether it can sometimes create a geomagnetic storm, which is where we have our magnetic fields of the earth being completely rearranged and energy being transported normally into the inner magneto sphere where it can disrupt [00:02:00] things like satellites and eventually caused currently in our ionosphere, which can induce currents in the ground and that can cause problems for technologies even here on earth. Speaker 1: And how frequently do these problems crop up? It depends. So the Sun has an 11 year cycle where it, Speaker 3: it goes from having low activity, which we just came out of an incredibly quiet solar minimum just a few years ago and now we're starting to go into a region of higher activities. So we have a lot more [00:02:30] solar storms occurring. Speaker 1: It depends on the solar cycle. This one looks like it might be a little quieter than the last one, Speaker 3: but you can have multiple storms during the week. In the more northern or very southern regions of the world where you're near the polar caps, you are more effected bySpeaker 1: I sub storms, which can happen three times a day. People study space, weather, what do they hope to do? They hope to eventually it. Okay. Speaker 3: [00:03:00] Right now we are sometimes able to do now casting. So we can essentially tell you what the weather's like right now. And that's really good for us. We do, I mean can't just go outside and look. No, it's a little bit harder than that. No, I especially is putting together space weather packages and the van Allen probes are currently producing space weather data products as well. So we're getting a lot better at this. They usually give you at least a good, you know, [00:03:30] three or four days heads up as to if something's coming at us. They've gotten really, you know, pretty good given the type of data we have for even being able to predict if it's going to affect us or not. And what can we do with those predictions? So the radiation belts are where a lot of this, the damaging space weather effects occur. Speaker 3: They have highly relativistic electrons in them and these highly relativistic electrons can greatly affect ours [00:04:00] satellites. So what happens is any satellites sitting in the radiation belts actually will start gaining charge and we can get lightning strikes that actually occur across the [inaudible], the sides of the satellite, which in itself is quite damaging. Anytime you're hit by lightning is never really a good thing, but the really relativistic one's the killer electrons this week. Call them actually can bury themselves into the software and flip bits and so by flipping the bit they can send phantom [00:04:30] messages to the satellite and sometimes that message is to turn itself off or kill itself and not respond to ground control end. Essentially the satellite is dead floating in space. Satellite companies, when they find that there's going to be a solar storm that's going to hit us and possibly affect their spacecraft, they turn them off because if they turn them off then you know you're not going to get as much charging and you're not going to have as many problems. Speaker 3: What kinds of impacts do we see here on earth? So [00:05:00] back in 1989 there was a solar storm that actually induced currents in the power grid and blacked out. Most of the eastern seaboard of Canada and the North Eastern part of the u s and that was, that was quite a big problem where right now we've actually increased the connectivity of our power grids so that if the same storm were to happen about half the u s would be blacked out. Would there be actions that we could actually take if yes, so what you can do is you can actually turn off the grid or turn [00:05:30] off parts of the power grid so that you're not going to blow a transformer by having this huge amount of new current. In fact, one of the first things with space weather affecting our technology was way back with the telegraphs. They were able to run the telegraphs for hours without any energy because of the induced currents from the solar storms. Speaker 2: [inaudible]Speaker 4: are listening to k a l x Berkeley. [00:06:00] I'm talking with Alexa Helford about space weather. Speaker 3: We have stereo, which is one of the coolest missions ever, so it's two satellites. One is [inaudible], a head of earth around Earth orbit and the other one is falling behind [00:06:30] earth orbit and they're looking at the sun. So this is the first time we've ever had a three dimensional view of the sun and now they've gotten far enough around that. We're actually able to see what's going on behind the sun. So before we've always had to to kind of gas and use a Sonogram essentially. Yeah. To try to see what's on the other side of the sun. And now we have actual images of what's going on back there [00:07:00] and we're learning such amazing things from it. It's just the coolest thing ever. And besides, you get to wear 3d classes to view the pictures from it, which is always kind of cool. We're learning so much more about th what happens and, and how things are forming on the surface of the sun that it's really [inaudible] interesting time to kind of be a scientist and learning about [inaudible] this, you know, how space weather's happening. Speaker 3: Uh, besides that we have, you know, satellites in, in our own magnetosphere [00:07:30] that we can look at and we have ground-based magnetometers, which they're all really great with helping kind of understand the environment right now. What kinds of things do you have to measure and track and how do you track them in order to make predictions? That is really, that's an interesting question, but one of the cool things is, is us learning how to do all of this. Right now the ace satellite sits at the l one point, which is a stable orbit between the earth and the sun. We get magnetic [00:08:00] field particle data, so like densities and velocities, uh, from there, and we can use that to try to predict what it's coming at us. Unfortunately, what hits ace might not necessarily hit us, but it's our best predict. You're right now, it's coming to the end of its lifetime and we really need something up there, unfortunately, because we would want a space weather monitor up there, which [00:08:30] would help with science and research. Speaker 3: There's a fight going on as to who should be funding that and who wants to do that because it is, it is a large project, but it's something we need. Just like we need a tsunami warning systems. We need a space weather warning system. Can we talk about barrel a little bit? Yeah, so barrel is the campaign that I'm working on. Barrel is a, an array of that. We're going to be sending up in January of this year and January of [00:09:00] 2014 as well and possibly into February for both of those campaigns. Hopefully we'll be launching 20 balloons each year from two different stations in the antibiotics. So the British Halle Bay station and the South African Sinise station. And what we're going to do is these balloons are like what big weather balloons. They're going to be kind of drifting at 30 kilometers up in altitude and we'll be looking for x-rays. Speaker 3: [00:09:30] So when particles from space get perturbed during these geomagnetic storms, they can actually fall enough far enough down the field lines, these magnetic field lines that they'll hit the ionosphere in atmosphere where they can collide with different particles in neutral atoms and molecules and give off x-rays. And then we can measure those x-rays. So by backing out from that, that x-ray data, we can figure out what type of particles we're [00:10:00] being precipitated. So essentially we're looking at reins of highly relativistic particles and Artica we're looking in Antartica because if you remember your elementary school days when you played with bar magnets and, and iron fillings, you get, you know, if you have a bar magnet with the north and South Pole, you get these kind of curved arcs that go into and out of the northern and southern Poles. And the earth is just like that. So the earth is essentially a large [00:10:30] bar magnet and a, it has its dipole field that that kind of, you know, most of these field lines come in and out of the different poles. Speaker 3: And so when you're looking at these particles, they're going to be following those field lines. So they're just Tracy tracing out those lines that the iron fillings do with the bar magnet. And so these, these electrons and protons will come down the field lines and enter the atmosphere at the pole. So it's the best place to try to find stuff. And also there's not a whole [00:11:00] lot of things that the balloons can hit in the Antarctic, either from the two stations. The two stations give us a better range. And so by launching from both places, we'll be able to cover more land in Antarctica. And so at most we might have eight balloons up at any given time. And so we want to make sure that they're spaced as well as possible. You know, to be able to get the best coverage and having multiple loons up is going to give us an amazing opportunity that we [00:11:30] don't often have in space physics. You know by having multiple balloons, we're going to be able to take a look at how large some of these events are, how much ground they actually cover as well as how long they last. One of the things we can't answer is when you see these waves in space, how large are these waves? We know their wavelengths, but we don't know the region over which they occur. Speaker 2: [inaudible]Speaker 1: [00:12:00] this is spectrum on k a l x Berkeley. I'm Rick Karnofsky talking with Alexa Helford of the barrel project, a mission to study the van Allen radiation belts. Speaker 2: [inaudible]Speaker 1: [00:12:30] is barrel intentionally complementary to existing techniques? Speaker 3: Yeah, so in fact it is one of the first opportunity missions under the van Allen probes and so we're hoping to have conjugate measurements with them. So what that means is that we hope to essentially be on the same field minds as the satellites out in space. So while the satellites can measure the plasma out there and see these waves that are occurring in [00:13:00] space and see the different particles there, we're going to be able to then see how many of those particles actually made it down the field line. And it's one of the first missions with [inaudible] satellites and balloons that will really be able to do this. And, and hopefully because we're sending up 20 this year, hopefully we'll have lots of conjunctions. So that would be really great. And right now we're just Speaker 1: preparing for that. And do you have like a rough estimate of how high the satellites are versus how high the balloons are? Yes. Are the satellites, Speaker 3: they have [00:13:30] a pair of jeans. So their closest approach to the earth is, I believe around [inaudible], somewhere between three and 600 kilometers. So they're quite a bit higher. But when we have these conjunctions, these satellites are going to be at least four to six earth radii eye away from us. Speaker 1: So what kind of instrumentation is on these balloons? Speaker 3: So we are looking at, um, the magnetic fields. We have a gps transmitter there so that we can tell where [00:14:00] we are. That's kind of useful. And we have the [inaudible] Spectrometer, which is going to be looking at the x-rays and then we also have iridium phones essentially on there so we can actually get back our data quite quickly, which is very nice. It also means that we don't have to try to retrieve all 20 balloons. We've painted all of the payloads white and that's to actually help with the temperature control of all the instrumentation on board. But looking for it white Speaker 1: box [00:14:30] on a white continent turns out to be a very difficult thing. Right. And so these balloons go up, there's a small team over there and then you get all the data back at Dartmouth. Yes. What do you do with that? We are going to analyze it and have lots of fun working with all this data. Um, I'm really excited about it. We're also then going to be working Speaker 3: with the van Allen probes team and any other satellite mission that we can get in contact with that wants to look at our data. We're more than happy [00:15:00] to do that with. But having been an opportunity mission with the van Allen probe sets, the one we're really focusing on and really talking to and working with. So we're going to be looking at [inaudible] the different times when when we have uh, conjunctions and if there are any events. Now for this first mission, our conjunctions are going to be happening in the dawn sector. And so in the dawn sector, the waves that we're looking at are these micro bursts, which we [00:15:30] think are caused by course waves. Um, and this is going to be an exciting time cause it's one of the first times we're actually going to be able to look at this and, and, and be certain about it or relatively certain about it. And what's a course way, it's a course waves are these really fun little waves. They're caused by an electron, cyclotron instability. So it's all kind of generated by these electrons out in space. But if you listen to them, we can actually get way for them. So just like the radio waves you're hearing with us talking, [00:16:00] we get way forms of these, these waves in space and we can play them back through the radio and they sound like there. There sounds like a course of birds in the morning, which is why they're called course waves. Speaker 1: We have a recording of these course waves from the NASA van Allen probes. Speaker 2: [00:16:30] [inaudible] Speaker 4: the sound you just heard [00:17:00] was a chorus with an electromagnetic phenomenon caused by plasma waves in Earth's radiation belts. Hello, you're listening to spectrum on k a Alex Berkeley talking with Alexa Helford about space weather Speaker 2: [inaudible]Speaker 1: it's sort of like terrestrial weather [00:17:30] where so much can influence it. Oh, you rattled off a large list of different particles, all of which have different masses and, and um, would presumably hit us at different times, right? Yeah. Um, how, how do you possibly keep up with all that data? Speaker 3: Um, through statistics? That's what I love to do is data statistics and we're starting to get to a point where we have large enough databases to look at. And actually statistics [00:18:00] is, is, I mean, I know a lot of people hear the word statistics and they think, oh, boring, boring, boring. But it is just so cool. Um, because like you said, we're have so many different things going on and like tresha whether there's so many different factors that we don't necessarily know about, we think we understand what physics is up there. Um, but we know that we're missing some of it because our models don't exactly predict what's happening. So with a lot [00:18:30] of physics, when you're working in a lab, you can control everything. And so your theories can be directly tested because you can control every little bit to match the theory in space. Speaker 3: We can't control anything. It is our laboratory and we can't tell it what to do. We put satellites and balloons and ground-based magnetometers and, and all these different, uh, instruments out there and hope that something interesting happens. So do other planets also experienced space weather? [00:19:00] Yeah. Yeah, they do. In fact, it's, it's really kind of cool when you start looking at it. So mercury has its own little magnetosphere. It's much smaller than ours. So things happen on a much faster time scale. Right now there's a satellite out there called messenger, which is studying the space weather at mercury. And it's really neat to compare it to what we see on the earth because we can see things happening so much faster. So that's really neat. Venus has [00:19:30] some interesting stuff going on there. It doesn't have a magneto sphere, but we can, we can use that as another comparison cause it's a similar sized body to us. Speaker 3: And so it has interesting things on its own. Mars used to have a magnetosphere [inaudible] but Mars is really interesting because that's where we want to go and send people someday. And I really think we should because if anything, humans have always tried to explore and try to go out farther. And so Mars is our new new world, [00:20:00] but we have to be careful going there because it doesn't have the protection of a magnetosphere like we do. So in order to protect the astronauts, we need to have better space weather warning systems in play. And these are all things that people have been thinking much harder about than I ever had. But it's really an exciting thing to think about cause that that's solar wind, it doesn't stop when it hits us. It continues out there. Jupiter, Jupiter is a massive thing. Need a sphere. [00:20:30] It is so cool. Speaker 3: It even has a planet that has a magnetosphere. So there's a main Nita sphere inside of magnetosphere, but Jupiter's magnetosphere is dominated by io. I O sends out tons and tons of sulfur ions from volcanoes and so drives a lot of the main use for dynamics we see there. Saturn on the other hand doesn't have a volcanic moon, quite like Io. [00:21:00] It has other geysers which seem to develop its rings. But a lot of the, the space weather events we see in its magneto sphere actually come from the solar wind. But by the time the solar wind reaches Saturn, it is so diffuse. But we still see things like Aurora out there. We see Aurora on the, um, on the Jovian magnetosphere as well. Um, and that's just so cool. And then once you, you know, you get farther and farther out and each of the big gas giants has its own magnetosphere and they're all [00:21:30] unique in their own way and it just gives us so many different comparisons to our own planet so we can learn so much more by studying theirs as well, which is just kind of cool. Speaker 3: We've only been a field really since about 1957 when the first satellite, we're not, we mean people have been studying space weather for a lot longer than that. But you know, we weren't ever able to get measurements where stuff is happening before we had satellites. So we're right at the [00:22:00] beginning and it's something incredibly exciting time. Yeah. To be in the field cause we're just learning what it's like up there. There's so much we don't know. And every time we put up a new satellite we get back new data. Even if we thought that we'd just be seeing the same kind of thing, there's always something new happening. And so it's so incredibly exciting just to, to see what's out there. Well with that Alexa Alford, thanks for joining us. Thanks so much for having me Speaker 5: [inaudible]Speaker 6: [00:22:30] and now for some science news headlines. Here's an ana at Coolin and Renee Ralph Speaker 5: [inaudible],Speaker 6: professor in sleep expert, Matthew Walker explained in conversation with UC Berkeley new center that when we are young we have deep sleep that helps the brain store and retain new facts and information, but as we get older, the quality of our sleep [00:23:00] deteriorates and prevents those memories from being saved by the brain at night. In a recent study, UC Berkeley scientists discovered that there is a relationship between poor sleep, memory loss and brain deterioration. They found that poor sleep and old age affects memory loss. There are many stages of sleep, one of them being deep sleep, which is an important part of transporting short term memories to longterm memories. UC Berkeley researchers are now looking into therapeutic treatments for memory loss, such as electrical [00:23:30] stimulation to improve deep sleep and thus improve memory. You see, Berkeley researchers see this new discovery as an exciting opportunity to potentially help people remember more of their lives as they get older. Speaker 3: UC Berkeley have designed Speaker 6: a program to help decode ancient lost languages. Previously, human linguists have manually reconstructed languages by analyzing the relationships between the language and the patterns and sound change. The program takes modern [00:24:00] child languages, information about their word meaning and pronunciation and outputs, a rough approximation of the mother language. For example, if French and Spanish were input a language resembling Latin might emerge, the computer system we use together linkages across child languages to mathematically determine awards. First form. In a study published in the National Academy of Sciences Journal, the makers revealed that more than 85% of the system's reconstructions were identical to manual reconstructions [00:24:30] performed by linguist. Using this unique model, the system is essentially able to rewind the evolution of child languages all the way back to the original. The vast data crunching capabilities of the program have allowed scientists to begin seeing larger trends of spreading languages and banishing sounds well. Speaker 6: The computer system has extended the reach of computing in the field of linguistics. It's creators have stressed. They intend it to be used as a complimentary tool to human linguist, not as a replacement. A regular feature of spectrum [00:25:00] is a calendar of some of the science and technology related events happening in the bay area. Over the next two weeks, we'll hear once more from Anna and then Renee meet the animals up close at the Randall Museum home to over 100 animals that can not survive in the wild. Expect to see California wildlife such as rodents and fib. Ian's a great horned owl and even a tortoise every Saturday in March. Starting this Saturday, the ninth in San Francisco, doors open at 11:00 AM admission is free [00:25:30] in conjunction with San Francisco Sunday street program. The exploratorium. We'll have a day long road show featuring moving trucks with art, film, food, performances and activities. Speaker 6: The show will linger in three areas of the city, the mission Bayview and Embarcadero on its way to its nighttime finale at peer 15 this will take place in San Francisco this Sunday, March 10th from 11:00 AM to 10:00 PM for more information on performance times and locations, please visit [00:26:00] the exploratorium website which is exploratorium.edu stress and its effects on body and mind have always been biologically mysterious. This Monday, March 11th Dr Aaron Elica Nali will give her answers to some of those mysteries. Dr Canale is an assistant project scientist at the national primate research center in the Monday colloquium. She will speak about her research in the field of psychobiology. She will focus on the psychosocial effects of [00:26:30] early life stress. Dr [inaudible] has been studying relationships between biological and fostered offspring of rhesus monkey pairs and observing effects of exposure to early life stress on the relationships she has identified genes that cause physiological differences in the brain structure of these monkeys that suffered early stress. Speaker 6: She will also speak about the corresponding differences in the brains of human child abuse victims. The colloquium will be on March 11th from three to 4:30 PM in five [00:27:00] one-on-one Tolman hall on the UC Berkeley campus in case that's not enough science for one day. Also on March 11th Marvin l Cohen, professor of the Graduate School of physics at UC Berkeley will give a speech on condensed matter physics condensed matter physics is also known as goldilocks physics because its primary focuses are skills of energy, time and size that are somewhere in the middle. Consequently, this branch of physics has become one of the most interdisciplinary Professor Cohen will describe some of the fascinating [00:27:30] research involving semiconductors superconductors and nanoscience. He will also relay a few observations about Einstein and his seminar research in condensed matter physics. The free event is open to and aimed at all audiences and should provide an illuminating glimpse into a lesser known branch of physics. Speaker 6: It will be held on March 11th from five to 6:00 PM at the eye house on the corner of Bancroft and Piedmont. The march science at Cal lecture is titled Cloud spotting at Saturday [00:28:00] and titan learning about weather from a billion miles away. The talk will be given by a motto Adom Covex, a researcher in the astronomy department at UC Berkeley. He received his phd in physical chemistry in 2004 at cal studying the photochemical kinetics of hydrocarbon aerosols in planetary atmospheres. He will describe how measurements from telescopes on earth, the Cassini spacecraft that is still orbiting the Saturn system and the Huguenot probe that landed on the surface of Titan. [00:28:30] Saturn's largest moon all inform our knowledge of weather in the Saturn system. The lecture is scheduled for Saturday, March 16th at 11:00 AM and the genetics and plant biology building room 100 on the northwest corner of the UC Berkeley campus. Speaker 5: [inaudible]Speaker 4: the music you [00:29:00] heard during say show we spend the Stein and David from his album book and Acoustic Speaker 5: [inaudible].Speaker 4: It is released under a creative Commons license version 3.0 spectrum was recorded and edited by me, Rick Karnofsky and by Brad Swift. Thank you for listening to spectrum. You're happy to hear from listeners. If you have comments about the show, please send them to us via email. All right. Email address is spectrum [00:29:30] dot klx@yahoo.com join us in two weeks at this same time. Speaker 5: [inaudible]Speaker 4: [inaudible]. Hosted on Acast. See acast.com/privacy for more information.
Halford discusses the NASA BARREL project and space weather. The Balloon Array for Radiation-belt Relativistic Electron Losses campaign will help study the Van Allen Radiation Belts and why they change over time by using balloons launched in Antarctica.TranscriptSpeaker 1: Spectrum's next. Speaker 2: Mm [inaudible]. Speaker 3: Welcome [00:00:30] to spectrum the science and technology show on k a l x Berkeley, a biweekly 30 minute program bringing you interviews featuring bay area scientists and technologists. Speaker 1: Good afternoon. I'm your host, Rick Karnofsky. Our guest today is Alexa Helford. Alexa is a postdoc at Dartmouth who studies based weather. She's involved with the balloon group there who recently finished their 2013 launch of the NASA barrel or [00:01:00] balloon array for radiation belt, relativistic electron losses campaign. 20 balloons. Went up in Antarctica in January and February. Next year there'll be doing it again. They're doing this to track where radiation goes when it leaves the radiation belts. Alex, I welcome to spectrum. Thank you. Can you talk to us a little bit about space weather? Speaker 3: Yeah, it is the coolest thing ever cause it's weather, but in space. What does that mean? So whenever you hear of like solar storms [00:01:30] or geomagnetic storms, which tend to make the news, that space weather, the sun always is spewing out junk at us. It's usually a combination of protons, electrons, and magnetic fields. Sometimes there's ions in there. Speaker 1: Well, but when that stuff Speaker 3: hits us, that space, whether it can sometimes create a geomagnetic storm, which is where we have our magnetic fields of the earth being completely rearranged and energy being transported normally into the inner magneto sphere where it can disrupt [00:02:00] things like satellites and eventually caused currently in our ionosphere, which can induce currents in the ground and that can cause problems for technologies even here on earth. Speaker 1: And how frequently do these problems crop up? It depends. So the Sun has an 11 year cycle where it, Speaker 3: it goes from having low activity, which we just came out of an incredibly quiet solar minimum just a few years ago and now we're starting to go into a region of higher activities. So we have a lot more [00:02:30] solar storms occurring. Speaker 1: It depends on the solar cycle. This one looks like it might be a little quieter than the last one, Speaker 3: but you can have multiple storms during the week. In the more northern or very southern regions of the world where you're near the polar caps, you are more effected bySpeaker 1: I sub storms, which can happen three times a day. People study space, weather, what do they hope to do? They hope to eventually it. Okay. Speaker 3: [00:03:00] Right now we are sometimes able to do now casting. So we can essentially tell you what the weather's like right now. And that's really good for us. We do, I mean can't just go outside and look. No, it's a little bit harder than that. No, I especially is putting together space weather packages and the van Allen probes are currently producing space weather data products as well. So we're getting a lot better at this. They usually give you at least a good, you know, [00:03:30] three or four days heads up as to if something's coming at us. They've gotten really, you know, pretty good given the type of data we have for even being able to predict if it's going to affect us or not. And what can we do with those predictions? So the radiation belts are where a lot of this, the damaging space weather effects occur. Speaker 3: They have highly relativistic electrons in them and these highly relativistic electrons can greatly affect ours [00:04:00] satellites. So what happens is any satellites sitting in the radiation belts actually will start gaining charge and we can get lightning strikes that actually occur across the [inaudible], the sides of the satellite, which in itself is quite damaging. Anytime you're hit by lightning is never really a good thing, but the really relativistic one's the killer electrons this week. Call them actually can bury themselves into the software and flip bits and so by flipping the bit they can send phantom [00:04:30] messages to the satellite and sometimes that message is to turn itself off or kill itself and not respond to ground control end. Essentially the satellite is dead floating in space. Satellite companies, when they find that there's going to be a solar storm that's going to hit us and possibly affect their spacecraft, they turn them off because if they turn them off then you know you're not going to get as much charging and you're not going to have as many problems. Speaker 3: What kinds of impacts do we see here on earth? So [00:05:00] back in 1989 there was a solar storm that actually induced currents in the power grid and blacked out. Most of the eastern seaboard of Canada and the North Eastern part of the u s and that was, that was quite a big problem where right now we've actually increased the connectivity of our power grids so that if the same storm were to happen about half the u s would be blacked out. Would there be actions that we could actually take if yes, so what you can do is you can actually turn off the grid or turn [00:05:30] off parts of the power grid so that you're not going to blow a transformer by having this huge amount of new current. In fact, one of the first things with space weather affecting our technology was way back with the telegraphs. They were able to run the telegraphs for hours without any energy because of the induced currents from the solar storms. Speaker 2: [inaudible]Speaker 4: are listening to k a l x Berkeley. [00:06:00] I'm talking with Alexa Helford about space weather. Speaker 3: We have stereo, which is one of the coolest missions ever, so it's two satellites. One is [inaudible], a head of earth around Earth orbit and the other one is falling behind [00:06:30] earth orbit and they're looking at the sun. So this is the first time we've ever had a three dimensional view of the sun and now they've gotten far enough around that. We're actually able to see what's going on behind the sun. So before we've always had to to kind of gas and use a Sonogram essentially. Yeah. To try to see what's on the other side of the sun. And now we have actual images of what's going on back there [00:07:00] and we're learning such amazing things from it. It's just the coolest thing ever. And besides, you get to wear 3d classes to view the pictures from it, which is always kind of cool. We're learning so much more about th what happens and, and how things are forming on the surface of the sun that it's really [inaudible] interesting time to kind of be a scientist and learning about [inaudible] this, you know, how space weather's happening. Speaker 3: Uh, besides that we have, you know, satellites in, in our own magnetosphere [00:07:30] that we can look at and we have ground-based magnetometers, which they're all really great with helping kind of understand the environment right now. What kinds of things do you have to measure and track and how do you track them in order to make predictions? That is really, that's an interesting question, but one of the cool things is, is us learning how to do all of this. Right now the ace satellite sits at the l one point, which is a stable orbit between the earth and the sun. We get magnetic [00:08:00] field particle data, so like densities and velocities, uh, from there, and we can use that to try to predict what it's coming at us. Unfortunately, what hits ace might not necessarily hit us, but it's our best predict. You're right now, it's coming to the end of its lifetime and we really need something up there, unfortunately, because we would want a space weather monitor up there, which [00:08:30] would help with science and research. Speaker 3: There's a fight going on as to who should be funding that and who wants to do that because it is, it is a large project, but it's something we need. Just like we need a tsunami warning systems. We need a space weather warning system. Can we talk about barrel a little bit? Yeah, so barrel is the campaign that I'm working on. Barrel is a, an array of that. We're going to be sending up in January of this year and January of [00:09:00] 2014 as well and possibly into February for both of those campaigns. Hopefully we'll be launching 20 balloons each year from two different stations in the antibiotics. So the British Halle Bay station and the South African Sinise station. And what we're going to do is these balloons are like what big weather balloons. They're going to be kind of drifting at 30 kilometers up in altitude and we'll be looking for x-rays. Speaker 3: [00:09:30] So when particles from space get perturbed during these geomagnetic storms, they can actually fall enough far enough down the field lines, these magnetic field lines that they'll hit the ionosphere in atmosphere where they can collide with different particles in neutral atoms and molecules and give off x-rays. And then we can measure those x-rays. So by backing out from that, that x-ray data, we can figure out what type of particles we're [00:10:00] being precipitated. So essentially we're looking at reins of highly relativistic particles and Artica we're looking in Antartica because if you remember your elementary school days when you played with bar magnets and, and iron fillings, you get, you know, if you have a bar magnet with the north and South Pole, you get these kind of curved arcs that go into and out of the northern and southern Poles. And the earth is just like that. So the earth is essentially a large [00:10:30] bar magnet and a, it has its dipole field that that kind of, you know, most of these field lines come in and out of the different poles. Speaker 3: And so when you're looking at these particles, they're going to be following those field lines. So they're just Tracy tracing out those lines that the iron fillings do with the bar magnet. And so these, these electrons and protons will come down the field lines and enter the atmosphere at the pole. So it's the best place to try to find stuff. And also there's not a whole [00:11:00] lot of things that the balloons can hit in the Antarctic, either from the two stations. The two stations give us a better range. And so by launching from both places, we'll be able to cover more land in Antarctica. And so at most we might have eight balloons up at any given time. And so we want to make sure that they're spaced as well as possible. You know, to be able to get the best coverage and having multiple loons up is going to give us an amazing opportunity that we [00:11:30] don't often have in space physics. You know by having multiple balloons, we're going to be able to take a look at how large some of these events are, how much ground they actually cover as well as how long they last. One of the things we can't answer is when you see these waves in space, how large are these waves? We know their wavelengths, but we don't know the region over which they occur. Speaker 2: [inaudible]Speaker 1: [00:12:00] this is spectrum on k a l x Berkeley. I'm Rick Karnofsky talking with Alexa Helford of the barrel project, a mission to study the van Allen radiation belts. Speaker 2: [inaudible]Speaker 1: [00:12:30] is barrel intentionally complementary to existing techniques? Speaker 3: Yeah, so in fact it is one of the first opportunity missions under the van Allen probes and so we're hoping to have conjugate measurements with them. So what that means is that we hope to essentially be on the same field minds as the satellites out in space. So while the satellites can measure the plasma out there and see these waves that are occurring in [00:13:00] space and see the different particles there, we're going to be able to then see how many of those particles actually made it down the field line. And it's one of the first missions with [inaudible] satellites and balloons that will really be able to do this. And, and hopefully because we're sending up 20 this year, hopefully we'll have lots of conjunctions. So that would be really great. And right now we're just Speaker 1: preparing for that. And do you have like a rough estimate of how high the satellites are versus how high the balloons are? Yes. Are the satellites, Speaker 3: they have [00:13:30] a pair of jeans. So their closest approach to the earth is, I believe around [inaudible], somewhere between three and 600 kilometers. So they're quite a bit higher. But when we have these conjunctions, these satellites are going to be at least four to six earth radii eye away from us. Speaker 1: So what kind of instrumentation is on these balloons? Speaker 3: So we are looking at, um, the magnetic fields. We have a gps transmitter there so that we can tell where [00:14:00] we are. That's kind of useful. And we have the [inaudible] Spectrometer, which is going to be looking at the x-rays and then we also have iridium phones essentially on there so we can actually get back our data quite quickly, which is very nice. It also means that we don't have to try to retrieve all 20 balloons. We've painted all of the payloads white and that's to actually help with the temperature control of all the instrumentation on board. But looking for it white Speaker 1: box [00:14:30] on a white continent turns out to be a very difficult thing. Right. And so these balloons go up, there's a small team over there and then you get all the data back at Dartmouth. Yes. What do you do with that? We are going to analyze it and have lots of fun working with all this data. Um, I'm really excited about it. We're also then going to be working Speaker 3: with the van Allen probes team and any other satellite mission that we can get in contact with that wants to look at our data. We're more than happy [00:15:00] to do that with. But having been an opportunity mission with the van Allen probe sets, the one we're really focusing on and really talking to and working with. So we're going to be looking at [inaudible] the different times when when we have uh, conjunctions and if there are any events. Now for this first mission, our conjunctions are going to be happening in the dawn sector. And so in the dawn sector, the waves that we're looking at are these micro bursts, which we [00:15:30] think are caused by course waves. Um, and this is going to be an exciting time cause it's one of the first times we're actually going to be able to look at this and, and, and be certain about it or relatively certain about it. And what's a course way, it's a course waves are these really fun little waves. They're caused by an electron, cyclotron instability. So it's all kind of generated by these electrons out in space. But if you listen to them, we can actually get way for them. So just like the radio waves you're hearing with us talking, [00:16:00] we get way forms of these, these waves in space and we can play them back through the radio and they sound like there. There sounds like a course of birds in the morning, which is why they're called course waves. Speaker 1: We have a recording of these course waves from the NASA van Allen probes. Speaker 2: [00:16:30] [inaudible] Speaker 4: the sound you just heard [00:17:00] was a chorus with an electromagnetic phenomenon caused by plasma waves in Earth's radiation belts. Hello, you're listening to spectrum on k a Alex Berkeley talking with Alexa Helford about space weather Speaker 2: [inaudible]Speaker 1: it's sort of like terrestrial weather [00:17:30] where so much can influence it. Oh, you rattled off a large list of different particles, all of which have different masses and, and um, would presumably hit us at different times, right? Yeah. Um, how, how do you possibly keep up with all that data? Speaker 3: Um, through statistics? That's what I love to do is data statistics and we're starting to get to a point where we have large enough databases to look at. And actually statistics [00:18:00] is, is, I mean, I know a lot of people hear the word statistics and they think, oh, boring, boring, boring. But it is just so cool. Um, because like you said, we're have so many different things going on and like tresha whether there's so many different factors that we don't necessarily know about, we think we understand what physics is up there. Um, but we know that we're missing some of it because our models don't exactly predict what's happening. So with a lot [00:18:30] of physics, when you're working in a lab, you can control everything. And so your theories can be directly tested because you can control every little bit to match the theory in space. Speaker 3: We can't control anything. It is our laboratory and we can't tell it what to do. We put satellites and balloons and ground-based magnetometers and, and all these different, uh, instruments out there and hope that something interesting happens. So do other planets also experienced space weather? [00:19:00] Yeah. Yeah, they do. In fact, it's, it's really kind of cool when you start looking at it. So mercury has its own little magnetosphere. It's much smaller than ours. So things happen on a much faster time scale. Right now there's a satellite out there called messenger, which is studying the space weather at mercury. And it's really neat to compare it to what we see on the earth because we can see things happening so much faster. So that's really neat. Venus has [00:19:30] some interesting stuff going on there. It doesn't have a magneto sphere, but we can, we can use that as another comparison cause it's a similar sized body to us. Speaker 3: And so it has interesting things on its own. Mars used to have a magnetosphere [inaudible] but Mars is really interesting because that's where we want to go and send people someday. And I really think we should because if anything, humans have always tried to explore and try to go out farther. And so Mars is our new new world, [00:20:00] but we have to be careful going there because it doesn't have the protection of a magnetosphere like we do. So in order to protect the astronauts, we need to have better space weather warning systems in play. And these are all things that people have been thinking much harder about than I ever had. But it's really an exciting thing to think about cause that that's solar wind, it doesn't stop when it hits us. It continues out there. Jupiter, Jupiter is a massive thing. Need a sphere. [00:20:30] It is so cool. Speaker 3: It even has a planet that has a magnetosphere. So there's a main Nita sphere inside of magnetosphere, but Jupiter's magnetosphere is dominated by io. I O sends out tons and tons of sulfur ions from volcanoes and so drives a lot of the main use for dynamics we see there. Saturn on the other hand doesn't have a volcanic moon, quite like Io. [00:21:00] It has other geysers which seem to develop its rings. But a lot of the, the space weather events we see in its magneto sphere actually come from the solar wind. But by the time the solar wind reaches Saturn, it is so diffuse. But we still see things like Aurora out there. We see Aurora on the, um, on the Jovian magnetosphere as well. Um, and that's just so cool. And then once you, you know, you get farther and farther out and each of the big gas giants has its own magnetosphere and they're all [00:21:30] unique in their own way and it just gives us so many different comparisons to our own planet so we can learn so much more by studying theirs as well, which is just kind of cool. Speaker 3: We've only been a field really since about 1957 when the first satellite, we're not, we mean people have been studying space weather for a lot longer than that. But you know, we weren't ever able to get measurements where stuff is happening before we had satellites. So we're right at the [00:22:00] beginning and it's something incredibly exciting time. Yeah. To be in the field cause we're just learning what it's like up there. There's so much we don't know. And every time we put up a new satellite we get back new data. Even if we thought that we'd just be seeing the same kind of thing, there's always something new happening. And so it's so incredibly exciting just to, to see what's out there. Well with that Alexa Alford, thanks for joining us. Thanks so much for having me Speaker 5: [inaudible]Speaker 6: [00:22:30] and now for some science news headlines. Here's an ana at Coolin and Renee Ralph Speaker 5: [inaudible],Speaker 6: professor in sleep expert, Matthew Walker explained in conversation with UC Berkeley new center that when we are young we have deep sleep that helps the brain store and retain new facts and information, but as we get older, the quality of our sleep [00:23:00] deteriorates and prevents those memories from being saved by the brain at night. In a recent study, UC Berkeley scientists discovered that there is a relationship between poor sleep, memory loss and brain deterioration. They found that poor sleep and old age affects memory loss. There are many stages of sleep, one of them being deep sleep, which is an important part of transporting short term memories to longterm memories. UC Berkeley researchers are now looking into therapeutic treatments for memory loss, such as electrical [00:23:30] stimulation to improve deep sleep and thus improve memory. You see, Berkeley researchers see this new discovery as an exciting opportunity to potentially help people remember more of their lives as they get older. Speaker 3: UC Berkeley have designed Speaker 6: a program to help decode ancient lost languages. Previously, human linguists have manually reconstructed languages by analyzing the relationships between the language and the patterns and sound change. The program takes modern [00:24:00] child languages, information about their word meaning and pronunciation and outputs, a rough approximation of the mother language. For example, if French and Spanish were input a language resembling Latin might emerge, the computer system we use together linkages across child languages to mathematically determine awards. First form. In a study published in the National Academy of Sciences Journal, the makers revealed that more than 85% of the system's reconstructions were identical to manual reconstructions [00:24:30] performed by linguist. Using this unique model, the system is essentially able to rewind the evolution of child languages all the way back to the original. The vast data crunching capabilities of the program have allowed scientists to begin seeing larger trends of spreading languages and banishing sounds well. Speaker 6: The computer system has extended the reach of computing in the field of linguistics. It's creators have stressed. They intend it to be used as a complimentary tool to human linguist, not as a replacement. A regular feature of spectrum [00:25:00] is a calendar of some of the science and technology related events happening in the bay area. Over the next two weeks, we'll hear once more from Anna and then Renee meet the animals up close at the Randall Museum home to over 100 animals that can not survive in the wild. Expect to see California wildlife such as rodents and fib. Ian's a great horned owl and even a tortoise every Saturday in March. Starting this Saturday, the ninth in San Francisco, doors open at 11:00 AM admission is free [00:25:30] in conjunction with San Francisco Sunday street program. The exploratorium. We'll have a day long road show featuring moving trucks with art, film, food, performances and activities. Speaker 6: The show will linger in three areas of the city, the mission Bayview and Embarcadero on its way to its nighttime finale at peer 15 this will take place in San Francisco this Sunday, March 10th from 11:00 AM to 10:00 PM for more information on performance times and locations, please visit [00:26:00] the exploratorium website which is exploratorium.edu stress and its effects on body and mind have always been biologically mysterious. This Monday, March 11th Dr Aaron Elica Nali will give her answers to some of those mysteries. Dr Canale is an assistant project scientist at the national primate research center in the Monday colloquium. She will speak about her research in the field of psychobiology. She will focus on the psychosocial effects of [00:26:30] early life stress. Dr [inaudible] has been studying relationships between biological and fostered offspring of rhesus monkey pairs and observing effects of exposure to early life stress on the relationships she has identified genes that cause physiological differences in the brain structure of these monkeys that suffered early stress. Speaker 6: She will also speak about the corresponding differences in the brains of human child abuse victims. The colloquium will be on March 11th from three to 4:30 PM in five [00:27:00] one-on-one Tolman hall on the UC Berkeley campus in case that's not enough science for one day. Also on March 11th Marvin l Cohen, professor of the Graduate School of physics at UC Berkeley will give a speech on condensed matter physics condensed matter physics is also known as goldilocks physics because its primary focuses are skills of energy, time and size that are somewhere in the middle. Consequently, this branch of physics has become one of the most interdisciplinary Professor Cohen will describe some of the fascinating [00:27:30] research involving semiconductors superconductors and nanoscience. He will also relay a few observations about Einstein and his seminar research in condensed matter physics. The free event is open to and aimed at all audiences and should provide an illuminating glimpse into a lesser known branch of physics. Speaker 6: It will be held on March 11th from five to 6:00 PM at the eye house on the corner of Bancroft and Piedmont. The march science at Cal lecture is titled Cloud spotting at Saturday [00:28:00] and titan learning about weather from a billion miles away. The talk will be given by a motto Adom Covex, a researcher in the astronomy department at UC Berkeley. He received his phd in physical chemistry in 2004 at cal studying the photochemical kinetics of hydrocarbon aerosols in planetary atmospheres. He will describe how measurements from telescopes on earth, the Cassini spacecraft that is still orbiting the Saturn system and the Huguenot probe that landed on the surface of Titan. [00:28:30] Saturn's largest moon all inform our knowledge of weather in the Saturn system. The lecture is scheduled for Saturday, March 16th at 11:00 AM and the genetics and plant biology building room 100 on the northwest corner of the UC Berkeley campus. Speaker 5: [inaudible]Speaker 4: the music you [00:29:00] heard during say show we spend the Stein and David from his album book and Acoustic Speaker 5: [inaudible].Speaker 4: It is released under a creative Commons license version 3.0 spectrum was recorded and edited by me, Rick Karnofsky and by Brad Swift. Thank you for listening to spectrum. You're happy to hear from listeners. If you have comments about the show, please send them to us via email. All right. Email address is spectrum [00:29:30] dot klx@yahoo.com join us in two weeks at this same time. Speaker 5: [inaudible]Speaker 4: [inaudible]. See acast.com/privacy for privacy and opt-out information.
Professor Cohen, in some ways, is in an enviable position. He not only teaches and does research in clinical psychology, but he also has had the opportunity for six years to coordinate training in a doctoral program that is in high demand. Thus, akin to the best programs in the country, hundreds of applications are received each year for relatively few spots that are filled each fall with some of the best students nationally and internationally. So Professor Cohen has been engaged in helping to shape the development and implementation of a program that adds great value to his department and the university. In 2011 he took on the added responsibility of serving as chair of the Department of Psychology that supports two American Psychological Association (APA) accredited programs (clinical psychology and counseling psychology), another fully accredited (by the Human Factors and Ergonomics Society) doctoral program in human factors psychology, broad-based undergraduate and graduate programs, and research in experimental psychology with emphases in applied cognition, human factors, and social psychology. In the area of teaching, Professor Cohen is a member of the TTU Teaching Academy, received the President’s Excellence in Teaching Award in 2006, and has successfully directed undergraduate research, even though his programmatic assignments have principally been directed at the doctoral level where he receives outstanding commendations from students. He also has contributed in special ways to the clinical programs in psychology. For example, a high official with the APA underlined Professor Cohen’s contributions to the scholarship of teaching and graduate training in clinical psychology as follows: “As the director of clinical training for the APA accredited doctoral program at Texas Tech – a very demanding and central role for all graduate students in that program . . . he was principal investigator on a major grant from the Department of Health and Human Services [DHHS] for the education and training of doctoral students in . . . clinical and counseling psychology . . . This was a very competitive national grant process, and Dr. Cohen’s leadership in teaching and training to prepare a culturally competent workforce to deliver services to underserved groups addresses a significant national need.” Besides his contributions to the DHHS training grant, he has been the recipient of over $1.6 million in grants from a variety of competitive sources, including the National Institutes of Health, National Institute on Drug Abuse, and National Science Foundation. He also has collaborated recently with colleagues in his own department and researchers at the TTU Health Sciences Center on a State of Texas Cancer Prevention and Research Institute of Texas (CPRIT) grant involving tobacco use and its influence on the treatment of cancers. His research on behavioral, cognitive, and psychological corollaries to tobacco use, especially the specific effects of nicotine, has—as his record would indicate—direct implications to health care. One highly respected human behavioral researcher recently commented that Professor Cohen’s research: “Is of the highest quality . . . full of technological and methodological rigor, and replete with important insights that have made an impact in the field.” Service-wise, and as noted above, his contributions to the training components of the psychology department’s clinical programs, have been truly notable, given the extraordinary accreditation compliance and necessary funding issues involved in these programs nationally. Additionally, he has served in several editorial positions of well-recognized journals and is currently assistant editor for the journal Addiction. Overall, Professor Cohen is a faculty member who brings insight, dedication, and perseverance to his responsibilities in teaching, research, and serv
If you experience any technical difficulties with this video or would like to make an accessibility-related request, please send a message to digicomm@uchicago.edu. While the headlines this year have been dominated by the repeal of Don’t Ask Don’t Tell, the continuing progress on marriage equality, and a rash of gay teen suicides, the LGBTQ communities continue to fight battles on many fronts with different strategies. Professor Cohen will lead a discussion of the role of a more radical queer politics within and in parallel to more traditional LGBT political strategies. Professor Cohen’s lecture was originally presented as the 2011 Iris Marion Young Distinguished Faculty Lecture at the Center for Gender Studies. Presented by the UChicago LGBT Alumni Network
If you experience any technical difficulties with this video or would like to make an accessibility-related request, please send a message to digicomm@uchicago.edu. While the headlines this year have been dominated by the repeal of Don’t Ask Don’t Tell, the continuing progress on marriage equality, and a rash of gay teen suicides, the LGBTQ communities continue to fight battles on many fronts with different strategies. Professor Cohen will lead a discussion of the role of a more radical queer politics within and in parallel to more traditional LGBT political strategies. Professor Cohen’s lecture was originally presented as the 2011 Iris Marion Young Distinguished Faculty Lecture at the Center for Gender Studies. Presented by the UChicago LGBT Alumni Network
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