Podcasts about Technology transfer

Taking place on May 12 and 13 2025, The Second Sharjah International Education Conference (SICE) will focus on how emerging technologies such as Artificial Intelligence (AI), Digital Transformation, and Technology Transfer shape and revolutionize educational practices, curriculum design, and learning outcomes. Dr James Griffin from AUS and Dr Hussein Elmehdi from UoS joined us on the Morning Majlis to share details about the conference and why one should attend it. Listen to #Pulse95Radio in the UAE by tuning in on your radio (95.00 FM) or online on our website: www.pulse95radio.com ************************ Follow us on Social. www.facebook.com/pulse95radio www.twitter.com/pulse95radio www.instagram.com/pulse95radio @pulse95radio

Much of what we take for granted in the IT industry was seeded from HPC and the national labs. This episode of Utilizing Tech features Gary Grider, HPC Division Leader at Los Alamos National Labs, discussing leading-edge technology with Scott Shadley of Solidigm⁠⁠⁠ and Stephen Foskett. The Efficient Mission Centric Computing Consortium (EMC3) is working to bring technologies like sparse memory access and computational storage to life. These technologies are designed for today's massive scale data sets, but Moore's Law suggests that this scale might be coming soon to AI applications and beyond. The goal of the national labs is to work 5-10 years ahead of the market to lay the foundations for what will be needed in the future. Specific products like InfiniBand, Lustre, pNFS, and more were driven forward by these labs as well. Some promising future directions include 3D chip scaling, analog and biological computing, and quantum chips.Guest: Gary Grider, HPC Division Leader at Los Alamos National LabsHosts: ⁠⁠Stephen Foskett⁠⁠, President of the Tech Field Day Business Unit and Organizer of the ⁠⁠Tech Field Day Event Series⁠⁠⁠⁠Jeniece Wnorowski⁠⁠, Head of Influencer Marketing at ⁠⁠Solidigm⁠⁠ ⁠⁠Scott Shadley⁠⁠, Leadership Narrative Director and Evangelist at ⁠⁠Solidigm⁠⁠Follow Tech Field Day ⁠⁠on LinkedIn⁠⁠, ⁠⁠on X/Twitter,⁠⁠ ⁠⁠on Bluesky⁠⁠, and ⁠⁠on Mastodon⁠⁠. Visit the ⁠⁠Tech Field Day website⁠⁠ for more information on upcoming events. For more episodes of Utilizing Tech, head to ⁠⁠the dedicated website⁠⁠ and follow the show ⁠⁠on X/Twitter⁠⁠, ⁠⁠on Bluesky⁠⁠, and ⁠⁠on Mastodon⁠⁠.

The seemingly outsized strength of cold-formed steel is not well-known. In this episode, earthquake engineer Ben Schafer, Johns Hopkins University, describes a research-industry collaboration with the automotive industry resulting in code changes for high-strength sheet-steel. Sheet steel has also been successfully tested in flooring systems. The upcoming CFS10 shake table test at UC San Diego is the high-rise building test for cold-formed steel. Schafer addresses misconceptions that structural engineers have regarding CFS: Basically: cold-formed steel looks too thin to be strong. However, with high-strength sheet steel, deformations do not correlate to lack of strength, which is something that automotive and aircraft engineers have long understood.

See the full podcast! https://chinauncensored.tv/programs/podcast-291 Javier Milei isn't quite the anti-Communist hero he's made himself out to be... Joining us today is Sascha Hannig Nuñez. She's the author of a new book, Technology Transfer to Latin American Countries. She is also a researcher at the Center for Global Governance Research at Hitotsubashi University in Japan. And check out our other channel, China Uncensored: https://www.youtube.com/ChinaUncensored Our social media: X: https://www.x.com/ChinaUncensored Facebook: https://www.facebook.com/ChinaUncensored Instagram: https://www.instagram.com/ChinaUncensored #China

See the full podcast! https://chinauncensored.tv/programs/podcast-291 Javier Milei isn't quite the anti-Communist hero he's made himself out to be... Joining us today is Sascha Hannig Nuñez. She's the author of a new book, Technology Transfer to Latin American Countries. She is also a researcher at the Center for Global Governance Research at Hitotsubashi University in Japan. And check out our other channel, China Uncensored: https://www.youtube.com/ChinaUncensored Our social media: X: https://www.x.com/ChinaUncensored Facebook: https://www.facebook.com/ChinaUncensored Instagram: https://www.instagram.com/ChinaUncensored #China

See the full podcast! https://chinauncensored.tv/programs/podcast-291 Javier Milei isn't quite the anti-Communist hero he's made himself out to be... Joining us today is Sascha Hannig Nuñez. She's the author of a new book, Technology Transfer to Latin American Countries. She is also a researcher at the Center for Global Governance Research at Hitotsubashi University in Japan. And check out our other channel, China Uncensored: https://www.youtube.com/ChinaUncensored Our social media: X: https://www.x.com/ChinaUncensored Facebook: https://www.facebook.com/ChinaUncensored Instagram: https://www.instagram.com/ChinaUncensored #China

University College Dublin (UCD) and Teagasc have today announced that applications are now open for the second Food and Agriculture Sustainable Technology Innovation Programme (FAST-IP) which begins this September. FAST-IP, a specialist agrifood technology innovation programme, provides participants with the skills necessary to evaluate, select and validate ideas for new products and services in the agrifood sector and to accelerate the commercialisation pathway of these ideas. Aligned with Ireland's national agrifood strategy, Food Vision 2030, FAST-IP also aims to support establishing Ireland as a leader in sustainable food systems by balancing climate-smart agriculture, environmental and economic sustainability, and innovation. Participants on the inaugural programme, which ends in August, are currently developing business plans for new market ready innovations in areas ranging from soil health, food allergens, pest control and bioeconomy. Twelve (12) places are available on the full-time, 12-month, in-person programme aimed at mid-career professionals, which is delivered by the UCD School of Biosystems and Food Engineering in partnership with Teagasc at the AgTechUCD Innovation Centre at UCD Lyons Farm in Co. Kildare. FAST-IP provides participants with a €38,000 tax-free scholarship during the programme. Edel Mitchell, Programme Manager, FAST-IP, said, "We are delighted to open applications for our second FAST-IP programme. This is a wonderful opportunity for mid-career professionals to embrace their entrepreneurial ambitions and develop market led solutions to real problems experienced by the global agrifood sector. The practical needs led innovation process enables participants to deep dive and forensically understand pressing challenges for the agrifood sector and build innovative solutions. If you are interested in embarking on this journey and leveraging the unparallelled access to industry experts, mentorship and cross sectoral immersive opportunities I would encourage you to apply for the FAST-IP programme." FAST-IP uses design-thinking methodologies and has a practical focus. Through the programme participants, working in teams, learn how to conduct needs-led innovation to develop market validated solutions to unmet needs in the areas of agricultural technology and food sustainability sectors. Participants also spend 8-10 weeks immersed in agricultural environments including farms, food processing companies, and Teagasc locations throughout the 12-month programme. Dr Siobhán Jordan, Head of Technology Transfer and Commercialisation, Teagasc, said, "FAST-IP aims to position Ireland as a global innovator in AgTech and food systems by fostering the creation of high-potential start-ups, scalable businesses and sustainable solutions that address challenges in areas including, climate change, food security, productivity and economic diversification. We are now seeking applications from mid-career individuals who are interested in embarking on this cutting-edge, immersive programme to create innovative, sustainable agri-food solutions with expert mentorship and entrepreneurial training by UCD and Teagasc." FAST-IP is accredited by UCD at Level 9 on the National Qualifications Framework and participants who complete the programme will be awarded a Graduate Diploma in Agrifood, Innovation and Entrepreneurship. Professor Nick Holden, Professor of Biosystems Engineering in the UCD School of Biosystems and Food Engineering is the Academic Director of the Graduate Diploma Programme. The FAST-IP programme, running until the end of 2029, forms part of Enterprise Ireland's Innovators' Initiative which is co-funded by the European Regional Development Fund (ERDF) and the Department of Enterprise, Trade and Employment. UCD and Teagasc have strong reputations for academic and research excellence in the areas of Sustainable Food Systems, Agriculture, and Food Science, and are utilising their extensive networks, connections, domain ...

Emory University has been a member of the ORAU University Consortium since it was established in 1946. The university has a long and storied history of research. L:ast year, Emory's research expenditures surpassed $1.2 billion primarily focused on biomedical research as well as infectious diseases, global health, brain health, artificial intelligence and more. Emory also has a robust technology transfer office, where drugs and devices developed through research make their way to the marketplace. The Journal of Technology Transfer in 2023 listed Emory University as third in the world in drug development, behind the National Institutes of Health and the University of California system. Emory's successes include the development of drugs to treat HIV and hemophilia, and a device that helps collect mosquitos that are studied for diseases. Host Michael Holtz talks to Kimberly Eck, MPH, Ph.D., Emory associate vice president of research, and Todd Sherer, Ph.D., associate vice president of research and executive director of the Office of Technology Transfer. Emory's history underscores the importance of research and tech transfer, and is endlessly fascinating. Check this episode out! To read the Journal of Technology Transfer article, visit https://link.springer.com/article/10.1007/s10961-023-10007-z

This CEO Is Fighting Kidney Disease. Dr. Shalabh Gupta Founder & CEO Unicycive Therapeutics $UNCYGuestShalabh Gupta, MD, founder and CEO of Unicycive Therapeutics (UNCY). Website: https://unicycive.com/ Bio:Shalabh Gupta, MD, is the founder of Unicycive and has served as Chief Executive Officer, President, and director since August 2016. Previously, Dr. Gupta served in various other roles, including founder and Chief Executive Officer of Biocycive Inc.; a commercial strategy role at Genentech, Inc.; equity researcher covering US pharmaceutical companies at UBS Investment Bank; and as an equity researcher covering biotechnology companies at Rodman & Renshaw (currently HC Wainwright). Dr. Gupta previously served as a medical advisor to Synageva BioPharma Corporation and as an advisor to New York University (NYU) Langone Medical Center's Office of Technology Transfer. Dr. Gupta is also the founder and Chief Executive Officer of Globavir, which had licensed diagnostic technology from Stanford university, which was then partnered with global commercial diagnostic companies. Dr. Gupta is an advisor to the UCSF Innovation Center, a role he has held since 2020. Since 2012, and has also been an advisor to SPARK, Stanford University School of Medicine. Dr. Gupta previously served on the board of directors for the Beall Center for Innovation and Entrepreneurship at the University of California Irvine, Paul Merage School of Business.Before his roles in business and finance, Dr. Gupta was an attending physician at NYU Medical Center and a clinical faculty member at the NYU School of Medicine. Dr. Gupta was a board-certified physician, and he currently holds a license from the California State Medical Board. Dr. Gupta completed his internship in Internal Medicine, medical residency in Physical Medicine and Rehabilitation, and research fellowship in Cardiopulmonary Rehabilitation at NYU School of Medicine. Dr. Gupta received his MPA in Health Care Finance and Management from NYU's Robert F. Wagner Graduate School of Public Service and his MD from Jawaharlal Institute of Postgraduate Medical Education & Research, India.Dr. Gupta has been in several leadership roles throughout his academic and professional career. He was elected president of the Resident Physicians Council during his residency training, representing approximately 1,500 resident physicians in physical medicine and rehabilitation across the US. He also served on the Board of Directors at the Wagner Alumni Association, and was elected to the Board of Directors of the UC Irvine Beall Center for Innovation and Entrepreneurship in 2018.

With NASA's nanosensor device, doctors can diagnose diseases just by analyzing your breath.

Space, once a distant destination, has become yet another battleground for great power competition.  Since the early days of the People's Republic of China, the country has been pursuing a series of ambitious space programs aimed to build up its space capacity as an essential element of its comprehensive national power.  In recent years, under the Xi Jinping regime, Beijing has significantly increased its investment in its civilian space program efforts. It has a plan to send Chinese Taikonauts to the Moon before the US can return.  As the US-China strategic competition continues to heighten, it is vital to assess China's space policy and its role in China's grand strategy. To discuss these issues, host Bonnie Glaser is joined by Dean Cheng, senior advisor to the China program at the U.S. Institute of Peace and a nonresident fellow with George Washington University's Space Policy Institute. Dean focuses on China's space program, Chinese military doctrine, and “dual-use” issues associated with China's scientific and technical enterprises.  He also recently published a book titled China and the New Moon Race. Timestamp[00:00] Start[01:54] Space Race 2.0[03:27] Space in China's Grand Strategy[05:27] Achievements of China's Space Program[07:18] Similarities and Differences in China's Approach[09:14] Nature of Public-Private Cooperation in China[12:42] Implications of Landing on the Moon[15:30] A Chinese Incident in Space[17:00] International Lunar Research Station [18:50] Responses to China's Space Ambitions[21:03] Problems in the US-China Civilian Space Race[23:20] Stars and Stripes on Mars

How does a world-leading university turn groundbreaking research into businesses that change the world? In this episode, Susannah de Jager speaks with Mairi Gibbs, CEO of Oxford University Innovation (OUI), about how Oxford transforms cutting-edge science into real-world solutions. Mairi shares her experience leading OUI, the importance of innovation within universities, and the challenges and opportunities in bridging academia and business.(00:00) - How Oxford University Innovation Bridges Science and Business with Mairi Gibbs, CEO of OUI (00:18) - Meet Mairi Gibbs: CEO of Oxford University Innovation (01:30) - Mairi's Journey from Chemistry to Technology Transfer (03:57) - The Mission and Impact of Oxford University Innovation (08:03) - Different Models for Research and Technology Transfer (13:35) - Challenges and Opportunities in University Tech Transfer (29:11) - Building a Culture of Entrepreneurship at Oxford (34:08) - Future Goals and Closing Remarks About the Guest:Mairi Gibbs is the CEO of Oxford University Innovation (OUI), Mairi has over 20 years of experience in technology transfer and innovation. She holds a PhD in Chemistry and previously worked in the chemicals industry before transitioning to technology transfer in 2002. Mairi is an expert in spin-out formation, licensing, and managing intellectual property, with a strong focus on maximising the societal impact of Oxford's research.Connect with Mairi on LinkedInAbout the host:Susannah de Jager is a seasoned professional with over 15 years of experience in UK asset management. She has worked closely with industry experts, entrepreneurs, and government officials to shape the conversation around domestic scale-up capital.Connect with Susannah on LinkedInVisit our website to learn more and subscribe to our newsletter - oxfordplus.co.ukIf you have a question for Susannah, please get in touch - oxfordplus.co.uk/contactOxford+ is hosted by Susannah de Jager, supported by Mishcon de Reya and produced and edited by Story Ninety-Four in Oxford.

The UK Investor Magazine was delighted to welcome Lord David Willetts, Chairman of GenIP, to the podcast to explore the opportunity for GenIP in technology transfer and the company's plans for the future.Lord Willetts served as Minister for Universities and Science before moving to the House of Lords. Lord Willets sees his role at GenIP as an excellent opportunity to harness his deep experience in innovation and utilise Generative AI to help University Technology Transfer Offices boost the commercialisation of new technological discoveries.We explore how GenIP is helping enhance the success rates for technology transfer and the problems GenIP is fixing for technology transfer offices.Lord Willetts finishes by outlining what he'd like to see GenIP achieve in 2024. Hosted on Acast. See acast.com/privacy for more information.

Send us a textIn this episode, Ryan shares his inspiring journey into engineering, overcoming challenges through relentless persistence, and developing daily habits to drive personal and professional growth. He discusses the importance of finding your purpose, the power of rapid prototyping, and strategies for accelerating engineering progress.Main Topics Covered:Ryan's background and how he discovered his passion for engineeringThe role of hard work, persistence, and a growth mindset in achieving successDeveloping daily routines and habits to support personal and professional developmentNavigating complex engineering projects and building confidence through problem-solvingAdvice for young engineers on finding their niche and accelerating their careersBooks discussed during the episode:Think and Grow RichRich Dad, Poor DadHow to Win Friends and Influence PeopleCrucial ConversationsFailing ForwardAbout the guest: Ryian Williams is an energetic and ambitious engineer who has built an impressive career in product design and development, particularly in the medical device space. With over six years of experience at Alcon, a global leader in eye care, Ryian currently serves as a Senior Engineer in Technology Transfer. His role involves bridging the gap between design and manufacturing, ensuring that innovative medical products are successfully brought to market. Ryian's passion for engineering is matched by his dedication to continuous learning and self-improvement, which has also led him to become a TEDx speaker, author, and content creator. He holds a Master's degree in Mechanical Engineering from the University of Texas at Arlington and has been involved in a wide range of engineering roles, from CAD draftsman to product design and R&D engineering.Links:Ryian Williams - LinkedInAbout Being An Engineer The Being An Engineer podcast is a repository for industry knowledge and a tool through which engineers learn about and connect with relevant companies, technologies, people resources, and opportunities. We feature successful mechanical engineers and interview engineers who are passionate about their work and who made a great impact on the engineering community. The Being An Engineer podcast is brought to you by Pipeline Design & Engineering. Pipeline partners with medical & other device engineering teams who need turnkey equipment such as cycle test machines, custom test fixtures, automation equipment, assembly jigs, inspection stations and more. You can find us on the web at www.teampipeline.us

In this episode, ⁠Krish Palaniappan⁠ speaks with ⁠Brian Coblitz⁠, the executive director of the George Washington University Technology Commercialization Office. They discuss the intricacies of licensing technology from universities, the importance of building long-term relationships, and the challenges startups face when engaging with academic institutions. Brian shares insights on how to navigate the technology transfer process, the significance of understanding university research, and the collaborative opportunities available for startups. Krish Palaniappan and Brian Coblitz delve into the intricacies of partnerships between startups and universities, focusing on the expectations of domain expertise, monetization strategies, revenue sharing models, and the importance of patent costs. They discuss the value proposition for startups in engaging with universities, emphasizing the innovative potential of university research and the critical role of product-market fit in successful technology transfer. Takeaways • Licensing technology is akin to renting an idea. • Universities excel in basic research but not in product development. • Building long-term relationships is crucial in technology licensing. • Startups should reach out to university technology transfer offices for collaboration. • There is no centralized database for available technologies to license. • Understanding the right contacts in universities is essential for startups. • Sponsored research can follow after a licensing agreement is made. • The patent life is typically 20 years, necessitating long-term partnerships. • Conversations with university offices can lead to valuable insights and opportunities. • The process of technology transfer involves both protecting and marketing innovations. • Domain expertise is crucial for partners in university collaborations. • Startups are generally expected to fund the development process. • Revenue sharing can include fees, royalties, and equity. • Patent costs can be significant and need to be reimbursed early. • Universities provide innovative research that can lead to viable products. • Partnerships can help startups raise funding by leveraging university credibility. Chapters 00:00 Introduction to Technology Licensing 07:56 Understanding Licensing Technology from Universities 15:45 Navigating University Partnerships 22:40 Bridging the Gap Between Research and Industry 29:12 Understanding Domain Expertise in Partnerships 32:00 Monetization Strategies in University Partnerships 35:49 Revenue Sharing: Fees, Royalties, and Equity 39:55 Navigating Patent Costs and Reimbursements 45:26 The Value Proposition for Startups in University Collaborations 56:17 The Role of Product-Market Fit in Technology Transfer 01:00:41 Navigating International Patent Filings 01:02:08 Understanding Startup-University Collaborations 01:03:32 The Role of Intellectual Property in Startups 01:05:29 University Goals: Building vs. Monetizing 01:07:05 Engaging with Universities for Innovation 01:09:57 Events and Resources for Entrepreneurs 01:12:36 Building Relationships with Local Universities 01:16:47 The Importance of Passion in Entrepreneurship 01:21:03 Global Perspectives on Technology Transfer

The UK Investor Magazine was thrilled to welcome Professor David Gann CBE, Non-Executive Director of GenIP, to the podcast for an insightful conversation around technology transfer, UK startups and Generative AI.Professor David Gann OBE explains the strides forward the UK's venture capital industry has made over the past 20 years and the critical relationship between venture capital and University technology transfer offices.Drawing on his experience as Chair of UK Industrial Fusion Solutions, Non-Executive Director of VenCap and previous position as the Chair of the UK Atomic Energy Authority, David provides deep insight into the UK's strengths in innovation and how technological discoveries are commercialised. Hosted on Acast. See acast.com/privacy for more information.

AP correspondent Karen Chammas reports on reaction from the European Union and South Korea to the strengthening alliance between North Korea and Russia.

The UK Investor Magazine was delighted to welcome Melissa Cruz, CEO of GenIP, back to the podcast to discuss the Generative AI analytics company's technology and the real-world benefits of its services.We start by discussing technology transfer from research organisations to commercialisation, highlighting leading companies such as Google and Paypal, which started life as university discoveries.We explore the value created by technological discoveries and how GenIP is helping more of these innovation reach full commercialisation.Melissa provides deep insight into GenIP's AI models and what differentiates them from existing services like ChatGPT. Hosted on Acast. See acast.com/privacy for more information.

Today is the final day for members of federal labs to submit nominations for the 2025 FLC awards. The FLC stands for the Federal Laboratory Consortium for Technology Transfer which is a network of over 300 federal laboratories and research centers with the mission of accelerating federal technologies into the marketplace. To find out how they choose their best and brightest, Federal News Network's Eric White got the chance to speak with Jesse Midgett, who's a technology transfer professional for NASA, but also the FLC awards chair. Learn more about your ad choices. Visit podcastchoices.com/adchoicesSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Today is the final day for members of federal labs to submit nominations for the 2025 FLC awards. The FLC stands for the Federal Laboratory Consortium for Technology Transfer which is a network of over 300 federal laboratories and research centers with the mission of accelerating federal technologies into the marketplace. To find out how they choose their best and brightest, Federal News Network's Eric White got the chance to speak with Jesse Midgett, who's a technology transfer professional for NASA, but also the FLC awards chair. Learn more about your ad choices. Visit podcastchoices.com/adchoices

Join us for this look into materials chemistry, developed under the guiding principles of sustainability and a systems approach.Dr. Zlatka Stoeva, Co-founder and Managing Director of DZP Technologies, discovered her love of chemistry out of boredom as a child. She then traveled to unknown lands to master her science and discover the value of mentors while doing amazing work on lithium-ion battery chemistry. A stint in the technology transfer office at Cambridge showed her how fundamental research can be translated into real-world solutions that can change lives, and this inspired her to start her own company.In providing CRO services and developing IP to help companies address market needs using unique materials, Stoeva and her colleagues approach problems with a systems mindset that is common in engineering, but not always chemistry. We hear about their work in “plastic electronics” that leverage biological materials and consider sustainability aspects while delivering results. We also hear about their exciting work using graphene materials to produce digitized materials that can code information about how they're made and their interactions with the environment.Check out this great episode that balances a wonderful personal story, amazing science, and great bits of advice to guide your science and career development!Related episodes:Season 5, Ep.1: Batteries unplugged: past, present and the electrifying futureSeason 4, Ep.4: Women in chemistry: learnings from one of the greatestSeason 4, Ep.2: The father of green chemistrySeason 3, Ep.9: Energy harvesting and self-sustainable greenhousesSeason 2, Ep.8: Sustainability as an entrepreneurial choiceSeason 2, Ep.3: Rethinking catalysisBonus content!Access bonus content curated by this episode's guest by visiting www.thermofisher.com/chemistry-podcast for links to recent publications, podcasts, books, videos and more.View the video of this episode on www.thermofisher.com/chemistry-podcast.A free thank you gift for our listeners!Request your free Bringing Chemistry to Life t-shirt on our episode website.Use code cHeMcas+ng in October and KemThrReDs in November. We read every email so please share your questions and feedback with us! Email helloBCTL@thermofisher.com

This episode discusses the principles, practices, and technologies associated with open science and underscores the critical role that various stakeholders, including researchers, funders, publishers, and institutions, play in advancing it. Our guest today is Brian Nosek, the co-founder and Executive Director of the Center for Open Science and a professor at the University of Virginia, who focuses on research credibility, implicit bias, and aligning practices with values. Brian also co-developed the Implicit Association Test and co-founded Project Implicit and the Society for the Improvement of Psychological Science.  Additional resources: Center for Open Science: https://www.cos.io/ The Open Science Framework: https://www.cos.io/products/osf FORRT (Framework for Open and Reproducible Research Training): https://forrt.org/ The Turing Way: https://book.the-turing-way.org/  CITI Program's “Preparing for Success in Scholarly Publishing” course: https://about.citiprogram.org/course/preparing-for-success-in-scholarly-publishing/ CITI Program's “Protocol Development and Execution: Beyond a Concept” course: https://about.citiprogram.org/course/protocol-development-execution-beyond-a-concept/ CITI Program's “Technology Transfer” course: https://about.citiprogram.org/course/technology-transfer/ 

In this episode of BioTalk, Rich Bendis, President and CEO of BioHealth Innovation, Inc., welcomes guests from ARPA-H: Craig Gravitz, Director of the Project Accelerator Transition Innovation Office (PATIO), and Jenica Patterson, Ph.D., Portfolio Lead at ARPA-H. Together, they provide a comprehensive overview of ARPA-H's mission and innovative programs.   Craig Gravitz and Jenica Patterson share their educational and career backgrounds, setting the stage for a discussion about ARPA-H and its various initiatives. They provide insights into how ARPA-H differentiates itself from other agencies like HHS and NIH, while also highlighting their collaborative efforts.   Listeners will learn about the Project Accelerator Transition Innovation Office (PATIO) and its crucial role within ARPA-H. Jenica Patterson discusses her portfolio, including key areas and projects, and provides details on the new women's sprint for health initiative and its funding tracks.   The conversation highlights examples of ARPA-H investments and milestones achieved, as well as the processes involved in determining future programs and investment priorities. Craig and Jenica also discuss the unique Entrepreneur in Residence (EIR) program and how it supports ARPA-H projects.   About Craig Gravitz: Craig Gravitz is designing and implementing the transition and commercial strategy for the Advanced Research Projects Agency for Health (ARPA-H).  Prior to joining ARPA-H, Mr. Gravitz launched and ran a research and development program at the Defense Logistics Agency. He is a licensed attorney and has previously serviced as a contracting officer.   About Jenica Patterson, Ph.D.: Jenica Patterson, Ph.D is a Portfolio Lead at ARPA-H within the Project Accelerator Transition Innovation Office (PATIO) and leads the Sprint for Women's Health. Formerly Dr. Patterson served as the Director of the Technology Transfer and Transition (T3X) Division in the PATIO office, where she oversaw public-private partnerships for transition and the small business program for ARPA-H. Dr. Patterson received her Ph.D in Neuroscience at the University of Maryland, Baltimore County (UMBC) and served as a Science and Technical Advisor at the Defense Advance Research Project Agency, and a Program Director at NIH prior to joining ARPA-H.   Tune in to BioTalk for an informative discussion with Craig Gravitz and Jenica Patterson as we explore the innovative work of ARPA-H and its impact on health research and development.

Welcome back to the DooDoo Diva's Smells Like Money Podcast! In this exciting Season 11 opener, host Suzan Chin-Taylor is joined by Chetan Shukla from Clean Environmental Technologies, all the way from Mumbai, India.

Chapter 8 of the Intellectual Property Law series offers a comprehensive overview of intellectual property (IP) licensing and technology transfer, crucial mechanisms for the dissemination and commercial exploitation of innovations. This chapter covers the essential frameworks, strategies, and legal nuances associated with licensing IP and transferring technology from research to commercial environments. Intellectual Property Licensing. Basics of IP Licensing. Introduction: IP licensing is defined as the process by which IP owners grant permissions to another party to use their intellectual property under specific conditions. This enables IP owners to monetize their assets while retaining ownership. Key Components: The chapter elaborates on critical aspects of a licensing agreement, including the scope of rights, financial terms, and usage rights. Each component is crucial for defining the boundaries and economic terms of the agreement. Types of Licenses. Exclusive Licenses: Grant exclusive rights to the licensee, often excluding even the licensor from utilizing the IP within the defined scope. Non-exclusive Licenses: Allow multiple parties to access and use the IP, suitable for technologies applicable across various industries. Sublicenses: Involve permissions granted by the licensee to a third party, extending the original terms of the license under controlled conditions. Legal and Business Considerations. Due Diligence: Emphasizes the importance of verifying the validity and enforceability of the IP. Negotiation Strategies: Discusses how to align the terms of the license with business goals and legal requirements. Compliance and Monitoring: Outlines mechanisms for ensuring adherence to the terms of the license, crucial for maintaining the agreement's integrity. Technology Transfer. Role of Technology Transfer Offices (TTOs). TTOs play a pivotal role in managing IP assets within universities and research institutions, facilitating the transition of innovations from the laboratory to the marketplace. Partnerships with Industry. Collaborative ventures between academia and industry are essential for the practical application of research. These partnerships often rely on licensing agreements that dictate the terms of IP usage and commercialization. Government and Policy Frameworks. The chapter highlights how national and international policies shape technology transfer activities, providing incentives like tax benefits or grants to encourage the commercialization of research. Chapter 8 thoroughly addresses how intellectual property licensing and technology transfer are integral to leveraging innovations for economic and developmental benefits. By understanding the detailed frameworks and legal considerations presented, readers are equipped to navigate the complex landscape of IP management. This knowledge is crucial not only for passing the Bar Exam but also for practical application in legal practice, ensuring professionals can adeptly handle IP in a variety of contexts. --- Send in a voice message: https://podcasters.spotify.com/pod/show/law-school/message Support this podcast: https://podcasters.spotify.com/pod/show/law-school/support

A NASA device that helps stabilize tall skyscrapers in high winds or during earthquakes is now being modified for use in maritime environments.

At the beginning of the pandemic, we reported on the extreme inequality of the vaccine rollout to low income countries. Their access was hindered because of a western patent system imposed globally through the World Trade Organization. At the time, activists tried to pass some activists tried to pass something called the TRIPS waiver, which would have suspended all patents related to COVID-19, not just for vaccines, but for all therapeutics and protective equipment. But as the world moved on from COVID-19, so did the efforts for equity. The TRIPS Waiver failed to provide access to medicines, and poor countries never received the vaccines they were promised.  But the global south is fighting back. On today's show we look back at the failures of the early pandemic and we look forward, at new initiatives led by scientists and activists to circumvent patents and create broader access to medicines. Learn more about the story and find the transcript on radioproject.org. Making Contact is an award-winning, nationally syndicated radio show and podcast featuring narrative storytelling and thought-provoking interviews. We cover the most urgent issues of our time and the people on the ground building a more just world. EPISODE FEATURES: Fatima Hassan, Human rights lawyer and founder of Health Justice Initiative; Piotr Kolczynski, EU Health Policy & Advocacy Advisor for The People's Vaccine Alliance; Achal Prabhala, Researcher and coordinator of the AccessIBSA project; Petro Terblanche, Managing Director of Afrigen Biologics and Vaccines  MAKING CONTACT: This episode is hosted by Salima Hamirani. It is produced by Anita Johnson, Lucy Kang, Salima Hamirani, and Amy Gastelum. Our executive director is Jina Chung.  MUSIC: This episode includes music from Blue Dot Sessions, “Sweetly;” Deef, “Nostalgia of an Ex Gangsta Rapper;” Doctor Turtle, “Leap Second;” frankum, “Reward MusicTrack - Ambiance guitar;” Monplaisir, “Juan Garcia Madero,” “Ridiculous,” and “Stay Quiet;” Robert John, “Slinky.”  LEARN MORE: Access IBSA The People's Vaccine Alliance Afrigen Biologics Vaccines – An Avacare IDC Health Company The Health Justice Initiative Pandemic Lessons Compendium Difference Between Biologics and Small Molecules

A new group within DoD seeks to track how well new technology makes its way to the troops. Heidi Shyu, the Under Secretary of Defense for Research and Engineering said DoD will use advanced data analytics to do the job at hand. The team is called, "The Transition Tracking Action Group" or T-Tag. For details, Federal Drive Host Tom Temin talked with DoD's Chief Data Officer for Research and Engineering, Cyrus Jabbari. Learn more about your ad choices. Visit megaphone.fm/adchoices

A new group within DoD seeks to track how well new technology makes its way to the troops. Heidi Shyu, the Under Secretary of Defense for Research and Engineering said DoD will use advanced data analytics to do the job at hand. The team is called, "The Transition Tracking Action Group" or T-Tag. For details, Federal Drive Host Tom Temin talked with DoD's Chief Data Officer for Research and Engineering, Cyrus Jabbari. Learn more about your ad choices. Visit podcastchoices.com/adchoicesSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

University College Dublin (UCD) today announced that applications are now open for a new food and agriculture innovation and entrepreneurship training programme, commencing this September, to be delivered by the University in partnership with Teagasc. There are only fifteen (15) places available on the 12-month, in-person Food and Agriculture Sustainable Technology Innovation Programme (FAST-IP), which is aimed at mid-career professionals. FAST-IP will provide participants with a €38,000 tax-free scholarship during the programme. The goal of FAST-IP is to further enhance innovation in the food and agricultural sector by providing programme participants with the necessary skills to evaluate, select and validate ideas for new products and services and to accelerate the commercialisation pathway. FAST-IP will use design-thinking methodologies and will have a practical focus. Through the programme, participants will learn how to conduct needs-led innovation to develop market-validated solutions to unmet needs in the areas of agricultural technology and food sustainability sectors. Participants will also spend 8-10 weeks immersed in agricultural environments including farms and food processing companies throughout the year long programme. FAST-IP is accredited by UCD at Level 9 on the National Qualifications Framework and participants who complete the programme will be awarded a Graduate Diploma in Agricultural Innovation and Entrepreneurship. FAST-IP will be delivered by the UCD School of Biosystems and Food Engineering, in partnership with Teagasc, at the newly opened AgTechUCD Innovation Centre at UCD Lyons Farm in Co. Kildare. Professor Nick Holden, Professor of Biosystems Engineering in the UCD School of Biosystems and Food Engineering, is the Academic Director of the Graduate Diploma Programme. Gary Ryan, Director, AgTechUCD, said, "The success of FAST-IP will depend to a great extent on attracting the right mix of high calibre individuals to the programme. FAST-IP is designed to cater for mid-career individuals who have accumulated significant professional experience to date and who are now interested in pivoting towards an entrepreneurial journey based on the development of an innovative technology that will support sustainable practices in the agricultural and food sectors. A fundamental underpinning of the programme is that participants will come to it with an open mind as to potential innovations and without any preconceived biases towards an existing idea that they might like to explore. The programme is based around discovering real world needs through exposure to industry environments in the agfood supply chain and bringing innovative solutions to bear on such needs in a commercially viable manner." He added, "I would encourage anybody meeting the programme criteria and with an interest in building a business that will deliver innovative solutions in support of sustainable agri and food sectors to engage with the process as early as possible. Interest is already high and is likely to build even further in the coming weeks." Dr Siobhán Jordan, Head of Technology Transfer and Commercialisation, Teagasc, said, "Enhancing entrepreneurship and innovation in the food and agricultural sector to deliver impacts nationally and globally requires multi-disciplinary approaches from engineering to marketing from food science to ICT. The FAST-IP programme delivered by UCD and Teagasc will enable participants to deliver new solutions for the longer term sustainability of the agri-food sector." UCD and Teagasc, with strong reputations for academic and research excellence in the areas of Sustainable Food Systems, Agriculture, and Food Science, will utilise their extensive networks, connections, domain expertise, entrepreneurial experience, and track-record for supporting, fostering and spinning out start-ups over the next 6 years of the programme. The AgTechUCD Innovation Centre, which is part of NovaUCD, is focused on promoting an...

Dr Bill Nelson speaks with Christy Wyskiel, the Executive Director of Johns Hopkins Technology Ventures, about the journey scientific discoveries take on their way to becoming life-saving treatments and the role JHTV plays in commercializing medical innovations.

How did a space-age invention become ubiquitous in today's digital imaging landscape? Learn all about it here in our latest podcast, featuring pioneers of photography and digital imaging.   In 1993, noted physicist and engineer Eric Fossum led the invention of the CMOS active-pixel image sensor as part of his work for NASA's Jet Propulsion Laboratory (JPL). Then, as part of JPL's mandate to seek commercial and consumer applications for emerging technologies, he was active in the transfer of the CMOS sensor's “camera-on-a-chip” technology to industry.   In our informative conversation with Professor Fossum, he makes distinctions between solid state CCDs and his more efficient CMOS sensor that would come to dominate the marketplace. To transform high-level science into layman's terms, he uses the analogy of a bucket brigade collecting rain on a football field.   In a similar down-to-earth fashion, we touch on metaphysical issues like wave particle duality, and how this is demonstrated every time light enters a camera and you take a picture with your phone.   Join us to marvel at the wonders of science amid fun food references—from the way deep space radiation degrades CCD chips so they start to act like Swiss cheese, to the synergies between high-level scientific measurements and delicatessen lunch meats, both marks of a creative scientist and visionary educator. Guest: Eric Fossum Above photograph © John Sherman Photography, https://jshermanphoto.com/   Episode Timeline:   2:31: Eric Fossum's beginnings in hands-on science explorations, computer programming, and his love for launching model rockets, plus the role photography has played in his life.   9:26: Fossum's early research in CCD sensor technologies, his interest in trying to marry cameras to artificial intelligence, and his invitation to join NASA's Jet Propulsion Laboratory in 1990.   14:00: The differences between CCD and CMOS sensors, and a description of how they work using the analogy of a bucket brigade to collect rain on a football field.   23:35: A history of active pixel sensor devices, an explanation about two kinds of image noise, the metaphysics of photons, plus how the wave particle duality from quantum mechanics is demonstrated every time you take a picture with your phone.   33:10: Fossum's role in the transfer of CMOS sensor technology to US industry, co-founding his company Photobit, and negotiations for licensing the technology with CalTech.   43:23: Episode Break   44:36: The sale of Photobit to Micron, Fossum's move to New Hampshire, consulting work on 3-D imaging sensors for Samsung TVs, and the beginnings of his teaching career at Dartmouth.   50:00: A book chapter on the future of image sensors, and the evolution of this idea to a university project, which led to Fossum co-founding the start-up company, Gigajot, with his PhD students.   52:30: Explaining the difference between the operation of CMOS and Quanta image sensors.   54:03: The resulting applications of CMOS image sensor technology, and the positive use of CMOS image sensors for social justice purposes.   57:22: Fossum's thoughts about STEM education, and connections between academia and applications in the wider world.   1:01:32: Parting thoughts about AI and the ability to authenticate images at the source, plus Fossum's newest award: The Trinity College President's Medal for Science & Innovation.   Guest Bio:   Eric Fossum, a Queen Elizabeth Prize Laureate and recipient of a 2021 Emmy Award, is one of the world's experts in solid-state image sensors. He developed the CMOS active pixel image sensor while working at the NASA Jet Propulsion Laboratory. Today, this “camera-on-a-chip” technology is used in almost all cell-phone cameras, webcams, many digital-still cameras and in medical imaging, among other applications.   A serial entrepreneur, with a career that has spanned academic and government research, and entrepreneurial leadership, Fossum is currently the John H. Krehbiel Sr. Professor for Emerging Technologies at Dartmouth's Thayer School of Engineering, where he teaches, performs image sensor research, and directs the School's Ph.D. Innovation Program. He also serves as Dartmouth's Vice Provost for Entrepreneurship and Technology Transfer.      Stay Connected: Eric Fossum Website: https://ericfossum.com/ Eric Fossum Wikipedia page: https://en.wikipedia.org/wiki/Eric_Fossum Eric Fossum at the National Inventor's Hall of Fame: https://www.invent.org/inductees/eric-r-fossum Eric Fossum at Dartmouth Engineering: https://engineering.dartmouth.edu/community/faculty/eric-fossum Eric Fossum bio from the Queen Elizabeth Prize for Engineering: https://qeprize.org/winners/eric-fossum Eric Fossum's 2021 Emmy Award in Tech and Engineering https://www.nhbr.com/dartmouth-professor-wins-emmy-award-for-image-sensor-technology/ Logitech: https://www.bhphotovideo.com/c/browse/Logitech/ci/13968/N/4232861614

About the Lecture If America's center, its citizenry, is not strong, our nation cannot lead internationally: If the United States falters, despotic regimes, led by the People's Republic of China, will fill the void created, heralding ruin. America can only succeed in this quest if it works most diligently with established as well as new allies. This requires that a new global alliance for freedom be built, which links together established and nascent alliance structures that venerate liberty and the primacy of the individual. To act boldly, America must marshal an integrated strategy that spans the entirety of hard, sharp, and soft power in order to protect freedom, security, and prosperity in the face of unprecedented threats, which may be recognized, emergent, or liminal in nature. The building blocks for this renaissance in global leadership already exist but are only partially assembled. To erect this structure, timeless values must be fused with emerging technologies and geopolitical realities, to induce needed change. Book Synopsis America's future will be unlimited if we return to wholesomeness, gratitude, and vision, for we must rise as one people, or we shall fall as many. Pillars for Freedom charts a brave path forward to imbue America with strength, economic security, and virtue. The American Experiment is unique in history in its conception of liberty, which is freedom from oppressive government and its yoke. We are a nation that rests on the rule of law and not the imperfections present in all humankind. Today, the bureaucratic state, which controls our government, relies on diversion, untrue narratives, and misdirection to cover incompetence and gross misdeeds. This cannot be our country's standard. The maintenance of liberty rests upon our faith, our Founding, our families, and our commitments to uncorrupted education and science. Pillars for Freedom describes in consummate detail the powers America must reconstitute and wield in order to reclaim our destiny. Through marshaling our priceless heritage, we can rebuild our military, secure economic strength, and reassert energy dominance, as we erect our civil society. The book describes the actions America must take in all these spheres. Purchase the book here About the Speaker Richard B. Levine served as the Deputy Assistant Secretary of the Navy for Technology Transfer and Security Assistance. He directed the Department of the Navy's organization in these matters during the Reagan administration. Richard previously served on the National Security Council staff, in the White House, as Director, International Economic Affairs, and as Director, Policy Development. Richard holds an MBA from the Harvard Business School and a Bachelor of Arts degree in philosophy, with honors, from the Johns Hopkins University. Richard is the recipient of two presidential letters of commendation and the Department of the Navy's highest honor given to a civilian employee, the Distinguished Civilian Service Award. Richard serves as a senior advisor to former government officials, including Michael R. Pompeo, on matters involving national security, strategy, and international economics. He is the author of the new book, Pillars for Freedom. He is the coauthor, with Vice Admiral John M. Poindexter and Robert C. McFarlane, of America's #1 Adversary. Richard lives in North Carolina with his wife, Terry.

In this episode, we dive into a groundbreaking conversation with Matías Peire, a trailblazer in the biotech venture capital space. Discover how his innovative approach at GRIDX is reshaping the future of biotech in Latin America.

“The theme across all of this, this clean energy transition, it is private sector led, but government enabled. So, we as a government are trying to enable the private sector to move faster so we can meet our very ambitious goal, which includes a 50% reduction from 2005 levels of greenhouse gas pollution by 2030… There's a lot of clean energy technologies that are underpinning all of this and, includes things like, clean hydrogen, advanced nuclear, virtual power plants, carbon capture and sequestration and so forth.”  Vanessa Chan on Electric Ladies Podcast While leaders across countries and sectors meet in Dubai this week for the UN climate conference known as COP28, engineers, scientists and business leaders across the country are transforming our energy system to be zero carbon emissions. They are powered in part by the billions of dollars in federal funding and incentives from the Inflation Reduction Act, the Infrastructure Investment Act and the CHIPS & Science Act. Where's that money going? Listen to Vanessa Chan, Ph.D., Chief Commercialization Officer and Director of the Office of Technology Transfer at the U.S. Dept. of Energy, explain it in this fascinating discussion with Electric Ladies host Joan Michelson.  You'll hear about: The cool technologies transforming our energy system – and how innovating it works How they are spending the billions in the Inflation Reduction Act, the Infrastructure Investment Act and the CHIPS and Science Act How you can track their investments and progress What it means for how you power your home, business or school Plus, insightful career advice, including what she learned by working in distinctly different jobs – corporate, academia, as an entrepreneur, and now in government: “Always live below your means. I cannot say that enough. You know, my late husband and I, we, shared a house where the four of us, including two kids, shared a bathroom. And this was when I was a McKinsey partner, and he was in a senior executive…which meant that we could bank all our money, which gave us huge financial flexibility going forward, which means you can take more risks, right?... I think second is, really be willing to follow a north star that matters to you and no one else. And so, my North Star has always been, am I interested in what am I doing and am I learning?” Vanessa Chan on Electric Ladies Podcast Read Joan's Forbes articles here too. You'll also like: Melissa Lott, Ph.D., Director of Research at the Center on Global Energy Policy, Columbia University – on what it will take to get to carbon zero. Lauren Salz, CEO & Cofounder, Sealed, heat pumps company  - on how heat pumps work, and how you can leverage the new federal funding to get one inexpensively. Halla Hrund Logadottir, Director-General, Iceland's National Energy Authority, on how the country has become 85% renewable energy. Meredyth Crichton, Ph.D., Clemson University Energy Innovation Unit  - on wind power Jennifer Gerbi, Ph.D., Deputy Director and Acting Director, ARPA-E, the innovation arm of the Department of Energy Subscribe to our newsletter to receive our podcasts, blog, events and special coaching offers.. Thanks for subscribing on Apple Podcasts or iHeartRadio and leaving us a review! Follow us on Twitter @joanmichelson

Join hosts Chris Sass and Roman Kramarchuk in this compelling episode of the Insiders Guide to Energy Hydrogen Miniseries, featuring a special guest, H.E. Yadir Salazar Mejia, Ambassador of Colombia to Germany. The episode delves into Colombia's bold transition from a fossil-fuel-based economy to a future powered by hydrogen and renewable energy. Ambassador Salazar Mejia discusses the intricacies of this shift, highlighting Colombia's strategic initiatives, including the hydrogen roadmap and offshore wind energy plan. Key topics include democratizing energy, engaging communities in the energy transition, and fostering international partnerships for technology transfer. The conversation also explores the challenges and opportunities ahead in regulatory frameworks, social acceptance, and financing. This episode provides a unique insight into Colombia's green energy ambitions, making it a must-listen for those interested in global energy trends and sustainable development.

Commercial applications of these unique polymers could utilize the self-healing capability to create protective liners for anything from spacesuits to fuel tanks.

From the very beginning, NASA was defined as a civilian agency that would share its many discoveries with the tax-paying public.

Dr. Todd Sherer has dedicated over three decades to the advancement of academic technology transfer, ensuring research, especially federally-funded, translates into life-saving applications for the public. As the helm of Emory's Office of Technology Transfer since 2003, he transformed the department into a global leader in the field. Instrumentally, he innovatively introduced product pipelines to highlight research's role in innovation, streamlined partnerships with industries, and orchestrated the strategic monetization of Emory's HIV drug royalties for Emtriva, securing an unprecedented $540 million. His vast experience, which spans roles at Oregon Health & Science University, the University of Oregon, and Washington State University, is complemented by his contributions to the broader technology transfer community, notably as a Past President of the Association of University Technology Managers (AUTM).

WarRoom Battleground EP 399: Entering The Weekend With No Speaker; Technology Transfer Contest

« They are the company - not me. »  « We lead by examples for our team » Let's deep dive intro the Lithuanian ecosystem !

Guest: Dr Morena Makhoana| Biovac CEOSee omnystudio.com/listener for privacy information.

NASA has a long history of finding new, innovative uses for its space and aeronautics technologies. In fact, many of today's commercial products like memory foam, baby formula, invisible braces and the dust buster started with NASA technology. Listen and learn how Catalyst Connection is partnering with the NASA Glenn Research Center to sponsor the NASA T2X Program. On Sept. 29, Thomas Doehne from NASA's Office of Technology Incubation and Innovation will discuss the process of how local organizations can access the wealth of NASA's technology for commercial and research applications. During this event, you will learn about NASA's various technical core competencies and various partnership opportunities that are available to universities, entrepreneurs and manufacturers. These opportunities include not only technology licensing, but also funding, procurement, and accessing NASA's facilities, equipment and expertise. There is no cost to attend; however registration is required  and the benefits are invaluable. Register here.

*SPECIAL EPISODE*On this special Feudal Future episode, join Joel Kotkin as he sits down with Marshall Toplansky & Sougata Poddar as they discuss Chapman University's brand new report on nurturing California industries.DOWNLOAD THE REPORT HERE:https://www.chapman.edu/communication/demographics-policy/ca-industries-2023.pdfCalifornia Has the Opportunity to Maintain and Grow Industries That Can Provide Future Jobs to Middle Class Citizens and Make the State More Competitive.ABOUT THE AUTHORS:Marshall Toplansky is an award-winning Innovation Professor of Management Science at the Argyros School of Business and Economics at Chapman University. He is a research fellow at the Center for Demographics and Policy and is director of the school's Analytics Accelerator program. He and co-author Joel Kotkin recently published an economic and social policy brief entitled, “Restoring the California Dream”, which discusses the issues the state faces in maintaining home ownership for the middle class and rebuilding a positive business climate. Marshall is also co-host of “The Feudal Future Podcast”, which is seen twice monthly by viewers around the world.Sougata Poddar has taught Economics, Statistics and Business in various leading universities worldwide for several years. His areas of research interest are Applied Economic Theory, Industrial Organization and Competition Policy. He has published widely in the field of Technology Transfer and Licensing, Economics of Digital Piracy and Copyright Issues. His publications appeared in Economic Theory, Economics Letters, International Journal of Industrial Organization, Oxford Economic Papers, Review of Industrial Organization among other leading journals of economics and generated significant research impact and citations. His main research focus is to understand and analyze the impact of consumer behavior, firm strategies, emerging technologies and technology trends in the decision-making process of firms and competition policies from government agencies. Sougata is an economics faculty at the Argyros School of Business and Economics in Chapman University. He lives in Irvine, California.Heather Gonzalez is an independent policy analyst with over two decades of experience in federal and state government. She served as a specialist with the non-partisan Congressional Research Service (CRS), where she advised Members of Congress and their staff on the America COMPETES Act(s) and U.S. competitiveness and innovation-related programs, funding, and policies. At the state level, she worked on issues related to technology and education as senior staff to two Silicon Valley state senators (Vasconcellos and Simitian). Gonzalez graduated Phi Beta Kappa with a B.A. in Anthropology from the University of California, Santa Cruz and has a master's in public policy from Pepperdine. She lives in San Francisco.Visit Our Pagewww.TheFeudalFuturePodcast.comFor additional information, please contact Mahnaz Asghari, sponsored project analyst for the Office of Research, at (714) 744-7635 or asghari@chapman.edu.Follow us on LinkedIn:https://www.linkedin.com/company/the-...Tweet thoughts: @joelkotkin, @mtoplansky, #FeudalFuture #BeyondFeudalismLearn more about Joel's book 'The Coming of Neo-Feudalism': https://amzn.to/3a1VV87Sign Up For News & Alerts: http://joelkotkin.com/#subscribeThis show is presented by the Chapman Center for Demographics and Policy, which focuses on research and analysis of global, national and regional demographic trends and explores policies that might produce favorable demographic results over time.

This air quality sensor that measures air quality here on Earth was first developed to measure lunar dust.

On this week's episode, which marks our 100th episode of FarmBits, we bring a special episode highlighting experiences and perspectives of different generations in the Kudera Family Farm. The Kudera family farm has been in operation since 1908 and today Katie and Deepak met with third and fourth generation members of the farm to learn about how farming looked in the past and how things have changed over time. Tune into this week's episode as we delve into the multigenerational story of the Kudera Family and their connection to the family farm. Kudera Family Farm Contact Information: E-mail: knkudera@gmail.com FarmBits Contact Information: E-Mail: farmbits@unl.edu Twitter: https://twitter.com/UNLFarmBits Facebook: https://www.facebook.com/UNLFarmBits Deepak's Twitter: https://twitter.com/agrideepak093 Deepak's LinkedIn: https://www.linkedin.com/in/deepak-ghimire Katie's LinkedIn: https://www.linkedin.com/in/katie-bathke-a15082246/ Opinions expressed by the hosts and guests on this podcast are solely their own, and do not reflect the views of Nebraska Extension or the University of Nebraska - Lincoln.

Hayk Margaryan, the CEO of the National Center for Innovation and Entrepreneurship (NCIE), joins us to discuss initiatives to facilitate technology transfer in Armenia. Margaryan also speaks about the scope of NCIE's mission, and what plans the center has for the near future. Lastly, we discussed the Mars Simulation Mission, which is scheduled to take place in Armenia in spring of 2014.

Discusses common technology transfer issues that university faculty and staff should be mindful of when developing technology that may be commercialized, ways to navigate those issues, current events they should be paying attention to, and additional resources they can utilize to navigate the commercialization of technology.Our guest is Eric Wagner, Ph.D., JD who is the Director, Legal Affairs in Duke University's Office for Translation and Commercialization (OTC). His responsibilities include preparing and prosecuting patent applications, assisting OTC staff regarding patent and licensing matters, and managing intellectual assets owned by Duke University.Additional Resources:· AUTM provides various resources on working with technology transfer offices: https://autm.net/· The American Intellectual Property Law Association provides information on ongoing intellectual property matters, such as Section 101 of the Patent Act: https://www.aipla.org/detail/news/2022/10/21/aipla-comments-to-uspto-on-subject-matter-guidance· More information on Amgen v. Sanofi can be found online· CITI Program provides an online course on technology transfer: https://about.citiprogram.org/course/technology-transfer/

Rob Gerlach is one of the smartest people I know and is a good friend of mine. He's a registered Patent Attorney, Intellectual Property aficionado, and the Executive Director of Technology Transfer and Commercialization at Wichita State University. What fascinates me the most about Rob is the rate at which he consumes information-- he reads so many books and listens to so many podcasts-- with a level of efficiency that is mind-boggling. If you enjoyed this episode please share it with a friend. It helps us out a lot: https://podcasts.apple.com/vg/podcast/real-conversations/id1594231832 Jacob's Instagram: https://www.instagram.com/thejacoboc/ Rob's Linkedin: https://www.linkedin.com/in/rob-gerlach-17103b7b/

okay… like… this is really really BIG!!! Dr. Dennis Liotta is the physical manifestation of true diligence, dedication, & commitment. Liotta obtained his Ph.D. in organic chemistry from the City University of New York in 1974. following this, he dedicated himself to drug discovery & is recognized as “one of the premier discoverers of novel therapeutics in the United States.” he is noted as authoring over 300 peer-reviewed articles, holds the inventorship to over 100 patents, his innovations have created at least 18 life-saving FDA treatments, & has co-founded more than 10 pharmaceutical companies. notably, Liotta's research has been truly innovative in furthering HIV/AIDS research; Emory University Office of Technology Transfer estimates that 95% of people living with HIV/AIDS have taken a drug co-invented by Dr. Liotta!!! woah.. like really… woah… we are truly so lucky to be able to discuss his research & dedicated experience in drug discovery on this episode!!!