Podcasts about manabe

Roy Clark is a retired engineer with over 30 years of experience in new product and process development, including optical and spectroscopic measurements in adverse environments. He received his MA in chemistry from the University of Oxford University and his Ph.D. in chemical physics from Sussex University (UK; 1976). He started his own independent research on climate change in 2007. His particular interest is time-dependent or dynamic-surface energy transfer and the calculation of surface temperatures from first principles. He has published several technical articles on climate change and co-wrote the book ‘Finding Simplicity in a Complex World – The Role of the Diurnal Temperature Cycle in Climate Energy Transfer and Climate Change' with the late Prof. Arthur Rörsch. 00:00 Introduction and Guest Introduction 00:01 Background on Climate Modeling Errors 01:31 Manabe's 1967 Climate Model and Its Impact 03:42 Historical Context of Climate Models 08:07 Modern Climate Models and Their Flaws 12:47 NASA's Role in Climate Modeling 20:09 DOE and National Labs' Involvement 29:20 Critique of Global Mean Temperature Record 35:44 Radiative Forcing and Surface Temperature 53:16 Conclusion and Final Thoughts Slides for this podcast: https://tomn.substack.com/p/podcast-summaries A Nobel Prize for Climate Model Errors: https://scienceofclimatechange.org/wp-content/uploads/Clark-2024-Nobel-Prize-Errors.pdf About Roy Clark: https://co2coalition.org/teammember/roy-clark/ Reject NCA5: https://venturaphotonics.com/research-page-23.html ========= AI summaries of all of my podcasts: https://tomn.substack.com/p/podcast-summaries My Linktree: https://linktr.ee/tomanelson1 YouTube: https://www.youtube.com/playlist?list=PL89cj_OtPeenLkWMmdwcT8Dt0DGMb8RGR X: https://x.com/TomANelson Substack: https://tomn.substack.com/ About Tom: https://tomn.substack.com/about

In this episode of Shoujo Sundae, Giana and Chika review episodes forty-seven through fifty of Fruits Basket (2019)! In episode forty-seven, Yuki and Manabe discuss Tohru and the nature of Yuki's feelings towards her. Tohru's class decides to rewrite Cinderella to fit their odd casting choices. In episode forty-eight, it's showtime! Cinderella-ish is a hilarious success, despite an out of character outburst from Tohru at the end of the show, causing Kyo to wonder about her true feelings towards him. In episode forty-nine, Yuki makes sure to include Machi in the student council's plans to celebrate the end of the school year together. It's also time for the New Year's banquet at the Sohma estate, which results in an unsettling exchange between Akito and Yuki around forgiveness of one another. Tohru spends the holiday with Kyo, Kazuma, and Rin at Kazuma's dojo. Tohru's wish for the new year is for the Sohma's curse to be broken. In episode fifty, Kureno laments to Tohru about his feelings for Arisa. Shigure and Tohru learn the true nature of Kureno's bond to Akito.  It's finale time! Grab your spoon, and let's dig in! Note from Giana: I'm sorry for any background noise bleeding through! The apartment I moved into over the summer is next to a really busy intersection, and my neighbors are noisy both downstairs and next door. Episodes recorded here may have less than perfect audio until I move somewhere hopefully quieter in June of 2025. Thanks for understanding! EPISODE 47 [1:32] Soft Serve Summary [3:56] Sprinkles on Top [4:41] Floats Your Boat [15:30] Banana Split [27:08] Rocky Road [38:34] I Scream, You Scream EPISODE 48 [39:19] Soft Serve Summary [42:20] Sprinkles on Top [44:27] Floats Your Boat [56:59] Banana Split [58:57] Rocky Road [59:51] Hot Fudge [1:01:06] I Scream, You Scream EPISODE 49 [1:04:22] Soft Serve Summary [1:06:43] Sprinkles on Top [1:09:24] Floats Your Boat [1:20:28] Banana Split [1:22:24] Rocky Road [1:47:53] Hot Fudge [1:49:50] I Scream You Scream EPISODE 50 [1:51:47] Soft Serve Summary [1:54:04] Sprinkles on Top [1:56:32] Floats Your Boat [1:58:58] Banana Split [2:10:06] Rocky Road [2:13:23] Nuts [2:14:09] Hot Fudge [2:18:53] I Scream You Scream About Shoujo Sundae: Shoujo Sundae is a podcast safe haven for fans that are in love with shoujo anime and manga. Hosted by Giana Luna and Chika Supreme, Shoujo Sundae aims to review and reflect on shoujo properties that deserve more attention than what they currently receive.   Giana Luna is a podcaster by moonlight and a musician by daylight. Chika Supreme is a podcaster by moonlight and a social media manager by daylight. Find Shoujo Sundae wherever you listen to your podcasts: https://pod.link/1634859352 If you enjoyed this episode, SHARE it with a friend and RATE/REVIEW it on Apple Podcasts and Spotify! Connect with Giana, Chika, and Shoujo Sundae! Visit our website: http://shoujosundae.com  Pledge on Patreon: https://patreon.com/shoujosundae Shoujo Sundae's Social Media: https://linktr.ee/shoujosundae Send us an email: shoujosundaepodcast@gmail.com Follow Giana Luna on BlueSky: https://bsky.app/profile/gianaluna.bsky.social  Follow her on Instagram: https://www.instagram.com/giana_luna_  Follow Chika Supreme on BlueSky: https://bsky.app/profile/chika.shoujosundae.com  Follow her on Instagram: https://www.instagram.com/chikasupreme  A breakdown of the Shoujo Sundae segments: -A Soft Serve Summary (episode/film recap) -Sprinkles on Top (symbolism in the media) -Floats Your Boat (enjoyed moments) -Banana Split (split opinion or confusing moments)-Rocky Road (sad moments) -Nuts (shocking moments) -Hot Fudge (hot takes or angry rants) -I Scream, You Scream (disliked moments)

In this episode of Shoujo Sundae, Chika, Giana, and Phoenix of The Anime Tea review episodes forty-four through forty-six of Fruits Basket (2019)! In episode forty-four, Tohru is determined to team up with Rin to find a way to break the Sohma's curse. Eventually, Tohru is able to console Rin. In episode forty-five, Tohru's class decides to put on a performance of Cinderella for the cultural festival, but the casting choices they made were very interesting to say the least. Machi makes a mess of the student council room. Manabe and Yuki open up to one another about their struggles. In episode forty-six, we learn how Yuki truly feels about Tohru and finally find out exactly what happened the morning he led Tohru back to her mother when they were children. We also see pieces of Yuki's childhood playout and the significant role Akito and his mother played in traumatizing him. Grab your spoon, and let's dig in! Follow our amazing guest, Phoenix! https://www.youtube.com/@TheAnimeTea  EPISODE 44 [2:42] About The Anime Tea [9:47] Soft Serve Summary [11:53] Sprinkles on Top [17:47] Floats Your Boat [24:18] Banana Split [31:18] Rocky Road [40:11] Hot Fudge [44:01] I Scream, You Scream EPISODE 45 [45:45] Soft Serve Summary [48:03] Sprinkles on Top [53:13] Floats Your Boat [58:44] Banana Split [1:05:31] Rocky Road [1:10:58] Hot Fudge/I Scream, You Scream EPISODE 46 [1:14:46] Soft Serve Summary [1:16:45] Sprinkles on Top [1:20:32] Floats Your Boat [1:25:32] Banana Split [1:31:34] Hot Fudge [1:35:16] Rocky Road [1:44:32] I Scream You Scream About Shoujo Sundae: Shoujo Sundae is a podcast safe haven for fans that are in love with shoujo anime and manga. Hosted by Giana Luna and Chika Supreme, Shoujo Sundae aims to review and reflect on shoujo properties that deserve more attention than what they currently receive.   Giana Luna is a podcaster by moonlight and a musician by daylight. Chika Supreme is a podcaster by moonlight and a social media manager by daylight. Find Shoujo Sundae wherever you listen to your podcasts: https://pod.link/1634859352 If you enjoyed this episode, SHARE it with a friend and RATE/REVIEW it on Apple Podcasts and Spotify! Connect with Giana, Chika, and Shoujo Sundae! Visit our website: http://shoujosundae.com  Pledge on Patreon: https://patreon.com/shoujosundae Shoujo Sundae's Social Media: https://linktr.ee/shoujosundae Send us an email: shoujosundaepodcast@gmail.com Follow Giana Luna on BlueSky: https://bsky.app/profile/gianaluna.bsky.social  Follow her on Instagram: https://www.instagram.com/giana_luna_  Follow Chika Supreme on BlueSky: https://bsky.app/profile/chika.shoujosundae.com  Follow her on Instagram: https://www.instagram.com/chikasupreme  A breakdown of the Shoujo Sundae segments: -A Soft Serve Summary (episode/film recap) -Sprinkles on Top (symbolism in the media) -Floats Your Boat (enjoyed moments) -Banana Split (split opinion or confusing moments)-Rocky Road (sad moments) -Nuts (shocking moments) -Hot Fudge (hot takes or angry rants) -I Scream, You Scream (disliked moments)

In this episode of Shoujo Sundae, Chika and Giana review episodes thirty-eight through forty of Fruits Basket (2019)! In episode thirty-eight, Yuki meets new members of his student council. Kakeru Manabe and Yuki have an argument after school when Manabe asks Yuki regarding his feelings about Tohru. The boys have a heart-to-heart conversation, which breaks up the tension between them. In episode thirty-nine, Shigure steps in for Tohru's parent-teacher conference when she learns her grandfather won't be able to attend. Yuki contemplates inviting his own parents to the conference. Hatsuharu and Rin finally reunite. In episode forty, at parent-teacher conferences, Ayame arrives to help Yuki through the very uncomfortable meeting with his mother. The three argue in front of Mayu, and the result brings Yuki some closure.   This episode's  audio was edited by PJ of the Kawaii Desuppointment Podcast! https://beacons.ai/kawaiidesupod Note: We apologize for the technical difficulties that resulted in less than perfect audio for this episode. Extra thanks to PJ for navigating it and making the episode still sound really great! Thank you for understanding! EPISODE 38 [0:46] Signal Awards Commentary [8:42] Soft Serve Summary [10:25] Sprinkles on Top [12:54] Floats Your Boat [17:23] Banana Split [37:17] Rocky Road [26:21] I Scream, You Scream EPISODE 39 [29:27] Soft Serve Summary [32:04] Sprinkles on Top [32:45] Floats Your Boat [41:45] Banana Split [43:22] Rocky Road [53:16] Hot Fudge [55:41] I Scream, You Scream EPISODE 40 [59:02] Soft Serve Summary [1:01:25] Sprinkles on Top [1:03:17] Floats Your Boat [1:09:47] Banana Split [1:11:00] Rocky Road [1:14:55] Nuts [1:16:37] Hot Fudge [1:17:42] I Scream You Scream About Shoujo Sundae: Shoujo Sundae is a podcast safe haven for fans that are in love with shoujo anime and manga. Hosted by Giana Luna and Chika Supreme, Shoujo Sundae aims to review and reflect on shoujo properties that deserve more attention than what they currently receive.   Giana Luna is a podcaster by moonlight and a musician by daylight. Chika Supreme is a podcaster by moonlight and a social media manager by daylight. Find Shoujo Sundae wherever you listen to your podcasts: https://pod.link/1634859352 If you enjoyed this episode, SHARE it with a friend and RATE/REVIEW it on Apple Podcasts and Spotify! Connect with Giana, Chika, and Shoujo Sundae! Visit our website: http://shoujosundae.com  Pledge on Patreon: https://patreon.com/shoujosundae Shoujo Sundae's Social Media: https://linktr.ee/shoujosundae Send us an email: shoujosundaepodcast@gmail.com Follow Giana Luna on Blue Sky: https://bsky.app/profile/gianaluna.bsky.social Follow her on Instagram: https://www.instagram.com/giana_luna_  Follow Chika Supreme on Blue Sky: https://bsky.app/profile/chika.shoujosundae.com Follow her on Instagram: https://www.instagram.com/chikasupreme  A breakdown of the Shoujo Sundae segments: -A Soft Serve Summary (episode/film recap) -Sprinkles on Top (symbolism in the media) -Floats Your Boat (enjoyed moments) -Banana Split (split opinion or confusing moments)-Rocky Road (sad moments) -Nuts (shocking moments) -Hot Fudge (hot takes or angry rants) -I Scream, You Scream (disliked moments)

In this episode of Shoujo Sundae, Giana and Chika return to Fruits Basket (2019) and begin season two! In episode twenty-six, Yuki joins his fellow student council members: Manabe and Machi, and he certainly doesn't know what to make of them. Motoko's embarrassing outburst in the student council room is difficult to see unfold. In episode twenty-seven, Kazuma shows just how exemplary of a father he was, and still is, to Kyo. Kyo and Tohru share a deeply emotional conversation over late night somen regarding their futures. Chika and Giana are unquenchably intrigued, wondering what Shigure's writing is like. Shigure's laundry analogy perfectly encapsulates the feeling of being overwhelmed. In episode twenty-eight, Yuki steps out of his comfort zone yet again to try and better understand his flamboyant brother Ayame by visiting his clothing shop. We get a glimpse into Yuki's difficult relationship with his family, including Ayame growing up. Despite their differences, the brothers strive to meet in the middle so that they can begin to mend their bond. This is possibly the most vulnerable episode we've released on the main podcast. Fruits Basket introspection strikes again! Grab your spoon, and let's dig in! EPISODE 26 [2:07] Soft Serve Summary [4:00] Sprinkles on Top [7:00] Floats Your Boat [13:33] Banana Split [22:20] Nuts/some Hot Fudge [26:24] Hot Fudge [31:06] I Scream, You Scream EPISODE 27 [34:20] Soft Serve Summary [36:30] Sprinkles on Top [38:46] Floats Your Boat [48:25] Banana Split [50:23] Nuts [51:25] Rocky Road [58:48] Hot Fudge [1:03:02] I Scream, You Scream EPISODE 28 [1:04:12] Soft Serve Summary [1:05:43] Sprinkles on Top [1:08:05] Floats Your Boat [1:13:54] Banana Split [1:17:47] Rocky Road [1:26:49] Hot Fudge [1:27:58] Nuts/I Scream You Scream About Shoujo Sundae: Shoujo Sundae is a podcast safe haven for fans that are in love with shoujo anime and manga. Hosted by Giana Luna and Chika Supreme, Shoujo Sundae aims to review and reflect on shoujo properties that deserve more attention than what they currently receive.   Giana Luna is a podcaster by moonlight and a dueling pianist by daylight. Chika Supreme is a podcaster by moonlight and a social media manager by daylight. Find Shoujo Sundae wherever you listen to your podcasts: https://pod.link/1634859352 If you enjoyed this episode, SHARE it with a friend and RATE/REVIEW it on Apple Podcasts and Spotify! Connect with Giana, Chika, and Shoujo Sundae! Visit our website: http://shoujosundae.com  Pledge on Patreon: https://patreon.com/shoujosundae Shoujo Sundae's Social Media: https://linktr.ee/shoujosundae Send us an email: shoujosundaepodcast@gmail.com Follow Giana Luna on Twitter: https://twitter.com/Giana_Luna_  Follow her on Instagram: https://www.instagram.com/giana_luna_  Follow Chika Supreme on Twitter: https://twitter.com/ChikaSupreme  Follow her on Instagram: https://www.instagram.com/chikasupreme  A breakdown of the Shoujo Sundae segments: -A Soft Serve Summary (episode/film recap) -Sprinkles on Top (symbolism in the media) -Floats Your Boat (enjoyed moments) -Banana Split (split opinion or confusing moments)-Rocky Road (sad moments) -Nuts (shocking moments) -Hot Fudge (hot takes or angry rants) -I Scream, You Scream (disliked moments)

Dr. Yukari Manabe of Johns Hopkins and OMG host Dr. Jane Caldwell discuss the alarming rise in sexually transmitted infections (STIs) since the beginning of the COVID pandemic, and innovative ways to improve STI testing. (00:22) Introduction: Dr. Yukari Manabe(01:20) STIs vs STDs(01:35) Major drivers for increases in STIs(02:23) Social distancing and STIs(03:40) Classic STIs of concern(05:29) STI diagnosis(06:39) Rapid testing(09:03) Multiplex testing(10:09) Point-of-care testing(12:01) Near-patient testing success(12:25) STI treatments(13:36) STI prevention(15:42) STI screening recommendations(16:35) Filling the gaps(17:19) Importance of education(18:08) Monkeypox...is it an STI?(19:06) Syndromic management(20:02) Dr. Manabe's concerns for global health(20:57) Dr. Manabe's public health wish

Lancé en 2017, par Planète Radio et l'IRD, le réseau Epop repose sur un principe simple: aller filmer près de chez vous avec votre téléphone la dégradation de votre environnement. Aujourd'hui, la communauté des e-popeurs regroupe 950 vidéastes d'une cinquantaine de pays suivis par plus de 100 000 personnes ! Chaque année, un concours récompense les meilleures vidéos. Le palmarès 2022 vient d'être dévoilé. Invités :  - Max Bâle, fondateur de EPop avec Planète Radio  - Sébastien Barrot, écologue, directeur de recherches à l'IRD - Noéline Raondry Rakotoarisoa, directrice de la Division des Sciences écologiques de la terre et du programme sur l'homme et la biosphère à l'Unesco                             - Cécile Mégie, directrice de RFI - Daniel Makasi, e-poper, mention spéciale du jury 2022 pour sa vidéo « Les bidons du tabou de Goma en RDC » - Gildas Ignace Razafi-Mampio-Nona, e-poper, lauréat du grand prix 2021 pour sa vidéo « Le salaire de la soif de Manabe à Madagascar ».

Lancé en 2017, par Planète Radio et l'IRD, le réseau Epop repose sur un principe simple: aller filmer près de chez vous avec votre téléphone la dégradation de votre environnement. Aujourd'hui, la communauté des e-popeurs regroupe 950 vidéastes d'une cinquantaine de pays suivis par plus de 100 000 personnes ! Chaque année, un concours récompense les meilleures vidéos. Le palmarès 2022 vient d'être dévoilé. Invités :  - Max Bâle, fondateur de EPop avec Planète Radio  - Sébastien Barrot, écologue, directeur de recherches à l'IRD - Noéline Raondry Rakotoarisoa, directrice de la Division des Sciences écologiques de la terre et du programme sur l'homme et la biosphère à l'Unesco                             - Cécile Mégie, directrice de RFI - Daniel Makasi, e-poper, mention spéciale du jury 2022 pour sa vidéo « Les bidons du tabou de Goma en RDC » - Gildas Ignace Razafi-Mampio-Nona, e-poper, lauréat du grand prix 2021 pour sa vidéo « Le salaire de la soif de Manabe à Madagascar ».

Dr. Paul Auwaerter continues his interview with Dr. Yuka Manabe about COVID-19 testing. Topics: *Future trends in infectious disease diagnostics *Closing the loop with at-home testing *Will treatment replace testing in the future? *Addressing equity of access to diagnostics Post-test for CME/CE credit: https://covid19.dkbmed.com/multispecialty/3-16-22-episode/eval Access our resource center, download webinar slides, and claim credit at https://covid19.dkbmed.com/multispecialty Presenting faculty: Paul G. Auwaerter, MD, MBA, FIDSA, Past President of the Infectious Diseases Society of America (IDSA), Professor of Medicine, Johns Hopkins University School of Medicine Yuka Manabe, MD, Professor of Medicine, JHU School of Medicine, Medical Director, John G. Bartlett Specialty Practice, Director, Center for Innovative Diagnostics for Infectious Diseases See acast.com/privacy for privacy and opt-out information.

Dr. Paul Auwaerter interviews Dr. Yuka Manabe about COVID-19 testing. Topics: *Evaluating COVID-19 testing methods on reliability, speed, and scale *Impact from the Omicron and other variants on testing *Differences between sample types: nasal swab vs saliva *Multiplex and the future of testing *The practical role of serology Post-test for CME/CE credit: https://covid19.dkbmed.com/multispecialty/3-9-22-episode/eval Access our resource center, download webinar slides, and claim credit at https://covid19.dkbmed.com/multispecialty Presenting faculty: Paul G. Auwaerter, MD, MBA, FIDSA, Past President of the Infectious Diseases Society of America (IDSA), Professor of Medicine, Johns Hopkins University School of Medicine Yuka Manabe, MD, Professor of Medicine, JHU School of Medicine, Medical Director, John G. Bartlett Specialty Practice, Director, Center for Innovative Diagnostics for Infectious Diseases See acast.com/privacy for privacy and opt-out information.

Topic: More 'Korean bananas' to be harvested this year amid climate change Jeju Island was long considered the only warm-enough region in Korea for commercial banana farming, but climate change is now turning the mainland into a producer of the tropical fruit. 濟州島長久以來被認為是韓國唯一一個夠溫暖的地區，適合香蕉商業化種植。但氣候變遷現在正使韓國本土，變成這種熱帶水果的產地。 According to the agricultural technology center in North Chungcheong Province, the number of people investing in banana farming has surged in recent years. 根據忠清北道農業技術中心，投資香蕉種植的人數近年來已急遽增加。 About 99.7 percent of all bananas consumed here are imported, mainly from the Philippines, and most of the rest is produced on Jeju. But with more farmers exploring the field, this soon could change. 南韓吃掉的所有香蕉中，約99.7%為進口，主要來自菲律賓，其餘大多數產自濟州島。惟隨著更多農民探索這片領域，這種情形不久就可能有所改變。   Next Article   Topic: Climate change exposes future generations to life-long health harm A child born today faces multiple and life-long health harms from climate change, growing up in a warmer world with risks of food shortages, infectious diseases, floods and extreme heat, a major global study has found. 一項大型全球研究發現，今日出生的孩童，面臨著氣候變遷帶來多項終生的健康危害──他們在暖化的世界長大，伴隨著糧食短缺、傳染性疾病、洪水，以及極端高溫等風險。 Climate change is already harming people's health by increasing the number of extreme weather events and exacerbating air pollution, according to the study published in The Lancet medical journal. And if nothing is done to mitigate it, its impacts could burden an entire generation with disease and illness throughout their lives. 根據這份發表於醫學期刊《刺胳針》的研究指出，氣候變遷造成極端天氣事件不斷增加，空氣汙染持續惡化，早已開始傷害人類健康。而且，如果不採取任何行動來緩和情況，氣候變遷的影響將帶來疾病和病痛，加重一整個世代終生的負擔。 “Children are particularly vulnerable to the health risks of a changing climate. Their bodies and immune systems are still developing, leaving them more susceptible to disease and environmental pollutants,” said Nick Watts, who co-led the Lancet Countdown on Health and Climate Change study. He warned that health damage in early childhood is “persistent and pervasive,” and carries lifelong consequences. “Without immediate action from all countries to cut greenhouse gas emissions, gains in wellbeing and life expectancy will be compromised, and climate change will come to define the health of an entire generation,” he told a London briefing. 《刺胳針健康與氣候變遷倒數計時》的研究共同主持人尼克‧沃茲指出：「孩童面對變遷氣候的健康風險特別脆弱。小孩的身體和免疫系統仍然在發展階段，使得他們更容易受到疾病和環境污染物影響。」 Yet introducing policies to limit emissions and cap global warming would see a different outcome, the research teams said. In that scenario, a child born today, would see an end to coal use in Britain, for example, by their sixth birthday, and the world reaching net-zero emissions by the time they were 31. The Lancet study is a collaboration by 120 experts from 35 institutions including the WHO, the World Bank, University College London and China's Tsinghua University. 不過，研究團隊表示，推出政策限制氣體排放，並控制全球暖化程度，則會出現不同的結果。在那樣的情況下，舉例而言，今天出生的孩童會在六歲生日那天看到英國停止使用燃煤，並在三十一歲時看到全球達成淨零碳排放的目標。《刺胳針》這項研究是一百二十位專家的合作成果，他們來自三十五個機構，其中包括世界衛生組織、世界銀行、倫敦大學學院，以及中國的清華大學。 On a “business-as-usual” pathway, with little action to limit climate change, it found that amid rising temperatures and extreme weather events, children would be vulnerable to malnutrition and rising food prices, and the most likely to suffer from warmer waters and climates accelerating the spread of infectious diseases such as dengue fever and cholera. 研究發現，如果照著「一切照常進行」的路徑發展，只採取少許行動限制氣候變遷，除了持續攀升的氣溫和極端天氣事件之外，孩童容易受到營養不良以及食物價格上漲的影響，也最可能面臨暖化的水源和氣候，加速登革熱和霍亂等傳染性疾病的傳播。 Among the most immediate and long-lasting health threats from climate change is air pollution, the researchers said. They called for urgent action to reduce outdoor and indoor pollution through the introduction of cleaner fuels and vehicles, and policies to encourage safe and active transport such as walking and cycling. 研究人員表示，氣候變遷帶來最立即且持續最久的健康威脅就是空氣汙染。他們呼籲各國政府採取緊急行動，藉由引進較乾淨的燃料和交通工具，以減少室外和室內的污染，並推出政策鼓勵大眾採取安全且自主性較高的通勤方式，包括步行和騎腳踏車。 The WHO says that globally in 2016, seven million deaths were due to the effects of household and ambient air pollution. The vast majority of these were in low and middle-income countries. “If we want to protect our children, we need to make sure the air they breathe isn't toxic,” said Sonja Ayeb-Karlsson, a global health specialist at Britain's Sussex University who worked on the Lancet study. 世界衛生組織表示，二○一六年全球有七百萬人的死亡原因來自於家庭和周遭環境中的空氣汙染。這些人絕大多數都居住於中低收入國家。英國薩塞克斯大學的全球健康專家索妮雅‧阿耶布─卡爾森參與了這份研究，她表示：「如果想要保護我們的孩子，就必須確定他們呼吸的空氣是無毒的。」 Source article: http://www.taipeitimes.com/News/lang/archives/2019/11/17/2003725971/2   Next Article   Topic: Physics Nobel rewards work on climate change, other forces Three scientists won the Nobel Prize in physics Tuesday last week for work that found order in seeming disorder, helping to explain and predict complex forces of nature, including expanding our understanding of climate change. 致力於在看似無序中找到秩序的三位科學家，上週二獲得了諾貝爾物理學獎。他們的研究有助於解釋及預測複雜的自然力量，包括增進我們對氣候變化的理解。 Syukuro Manabe, originally from Japan, and Klaus Hasselmann of Germany were cited for their work in developing forecast models of Earth's climate and “reliably predicting global warming.” The second half of the prize went to Giorgio Parisi of Italy for explaining disorder in physical systems, ranging from those as small as the insides of atoms to the planet-sized. 原籍日本的真鍋淑郎與德國的克勞斯‧哈斯曼，因研發地球氣候預測模型，以及「可靠地預測全球暖化」而獲獎。獎金的另一半，則是授予義大利籍的喬吉歐‧帕里西，因他解釋了物理系統──小至原子內部，大至行星大小──其中的無序。 Hasselmann told the Associated Press that he “would rather have no global warming and no Nobel Prize.” Calling climate change “a major crisis,” Manabe said that figuring out the physics behind climate change was “1,000 times” easier than getting the world to do something about it. 哈斯曼對美聯社表示，他「寧願沒有全球暖化，也沒有諾貝爾獎」。真鍋稱氣候變化為「一場重大危機」，並說弄清楚氣候變化背後的物理學，要比促世界採取行動容易「一千倍」。 All three scientists work on what are known as “complex systems,” of which climate is just one example. But the prize went to two fields of study that are opposite in many ways, though they share the goal of making sense of what seems random and chaotic so that it can be predicted. 這三位科學家都在研究所謂的「複雜系統」，氣候只是其中一個例子。獲獎的兩個研究領域，在許多方面都大相逕庭，雖然其共同目標皆為理解看似隨機與混亂的事物，以便能夠預測。 The research of Parisi, of Sapienza University of Rome, largely centers around subatomic particles, predicting how they move in seemingly chaotic ways and explaining why. It is somewhat esoteric, while the work by Manabe and Hasselmann is about large-scale global forces that shape our daily lives. 羅馬大學的帕里西，其研究主要圍繞次原子粒子，探究它們如何以及為何以看似混亂的方式運動，並加以預測。帕里西的研究有時深奧難解，而真鍋及哈斯曼的研究，則是有關型塑我們日常生活的大規模全球力量。 Parisi “built a deep physical and mathematical model” that made it possible to understand complex systems in fields as different as mathematics, biology, neuroscience and machine learning. 帕里西「建立了一個深刻的物理及數學模型」，使得理解數學、生物學、神經科學和機器學習等不同領域的複雜系統成為可能。Source article: https://www.taipeitimes.com/News/lang/archives/2021/10/11/2003765868

Știința 360 – 5 octombrie 2021 – Syukuro Manabe, Klaus Hasselmann și Giorgio Parisi sunt laureații acestui an ai premiului Nobel pentru fizică!

Join our classmates Yuka Manabe, Val Norton and Carl Zimmer as they discuss COVID. Yuka is a Professor at Johns Hopkins Medical School, specializing in infectious diseases. Val Norton is an Emergency Room doctor and hospital administrator in San Diego. Carl Zimmer is a science writer for the New York Times and 14 books, including A Planet of Viruses. (https://carlzimmer.com/) Our classmates have a fascinating conversation about COVID -- what scientists have learned, how COVID has impacted health care workers, and what the future may hold. Tune in for this blockbuster episode.

每日英語跟讀 Ep.K234: Physics Nobel rewards work on climate change, other forces   Three scientists won the Nobel Prize in physics Tuesday last week for work that found order in seeming disorder, helping to explain and predict complex forces of nature, including expanding our understanding of climate change. 致力於在看似無序中找到秩序的三位科學家，上週二獲得了諾貝爾物理學獎。他們的研究有助於解釋及預測複雜的自然力量，包括增進我們對氣候變化的理解。 Syukuro Manabe, originally from Japan, and Klaus Hasselmann of Germany were cited for their work in developing forecast models of Earth's climate and “reliably predicting global warming.” The second half of the prize went to Giorgio Parisi of Italy for explaining disorder in physical systems, ranging from those as small as the insides of atoms to the planet-sized. 原籍日本的真鍋淑郎與德國的克勞斯‧哈斯曼，因研發地球氣候預測模型，以及「可靠地預測全球暖化」而獲獎。獎金的另一半，則是授予義大利籍的喬吉歐‧帕里西，因他解釋了物理系統──小至原子內部，大至行星大小──其中的無序。 Hasselmann told the Associated Press that he “would rather have no global warming and no Nobel Prize.” Calling climate change “a major crisis,” Manabe said that figuring out the physics behind climate change was “1,000 times” easier than getting the world to do something about it. 哈斯曼對美聯社表示，他「寧願沒有全球暖化，也沒有諾貝爾獎」。真鍋稱氣候變化為「一場重大危機」，並說弄清楚氣候變化背後的物理學，要比促世界採取行動容易「一千倍」。 All three scientists work on what are known as “complex systems,” of which climate is just one example. But the prize went to two fields of study that are opposite in many ways, though they share the goal of making sense of what seems random and chaotic so that it can be predicted. 這三位科學家都在研究所謂的「複雜系統」，氣候只是其中一個例子。獲獎的兩個研究領域，在許多方面都大相逕庭，雖然其共同目標皆為理解看似隨機與混亂的事物，以便能夠預測。 The research of Parisi, of Sapienza University of Rome, largely centers around subatomic particles, predicting how they move in seemingly chaotic ways and explaining why. It is somewhat esoteric, while the work by Manabe and Hasselmann is about large-scale global forces that shape our daily lives. 羅馬大學的帕里西，其研究主要圍繞次原子粒子，探究它們如何以及為何以看似混亂的方式運動，並加以預測。帕里西的研究有時深奧難解，而真鍋及哈斯曼的研究，則是有關型塑我們日常生活的大規模全球力量。 Parisi “built a deep physical and mathematical model” that made it possible to understand complex systems in fields as different as mathematics, biology, neuroscience and machine learning. 帕里西「建立了一個深刻的物理及數學模型」，使得理解數學、生物學、神經科學和機器學習等不同領域的複雜系統成為可能。Source article: https://www.taipeitimes.com/News/lang/archives/2021/10/11/2003765868

El Nobel de Química 2021 ha sido para dos jóvenes científicos, el alemán Benjamin List y el escocés David MacMillan, afincado en Estados Unidos, por haber desarrollado una nueva herramienta para la química, la organocatálisis asimétrica, más limpia y ecológica gracias a un tercer tipo de catalizador. Esta nueva herramienta puede utilizarse para fabricar todo tipo de productos, desde medicamentos hasta aromas para la industria alimenticia.  El alemán Benjamin List y el escocés David MacMillan, éste último instalado en Estados Unidos son dos investigadores, relativamente jóvenes -ambos tienen 53 años -  y ya son ganadores del nobel de Química 2021. ¿Su logro? Haber revolucionado el campo de la química en el campo de los catalizadores, sustancias que controlan y aceleran las reacciones químicas. Hasta no hace mucho, se pensaba que sólo había dos tipos de catalizadores disponibles, los metales y las enzimas. Pero Benjamin List y David MacMillan, cada uno por su lado, pusieron en marcha un tercer tipo, utilizando pequeñas moléculas orgánicas, dando nacimiento a un nuevo tipo de catalizador o un nuevo procedimiento, la organocatálisis asimétrica, mucho más barato y limpio para el medio ambiente.  Esta nueva forma "ingeniosa" de construir moléculas puede utilizarse para fabricar todo tipo de productos, desde medicamentos hasta aromas para la industria alimenticia.  Goran Hansson, de la Real Academia Sueca de Ciencias, dijo el miércoles 6 de octubre del 2021 durante el anuncio del premio, que el trabajo de ambos científicos  ya ha tenido un impacto significativo en la investigación farmacéutica. Gran alegría en el ISQCH El Instituto de Síntesis Química y Catálisis Homogénea (ISQCH) es un Instituto de Investigación Mixto de titularidad compartida entre el Consejo Superior de Investigaciones Científicas (CSIC) y la Universidad de Zaragoza (UZ).  Creado hace menos de diez años,  sus investigadores se especializan precisamente en este nuevo tipo de catalizador y cómo era de esperarse, están muy contentos y emocionados con la noticia de este Nobel 2021 de Química.  RFI conversó con tres integrantes de este Instituto, Raquel Pérez Herrera, investigadora, Juan Mangas, investigador ARAID (programa de Aragón Innovación+ Desarrollo para la captación de talentos jóvenes) y Eugenia Márquez López, profesora titular de la Universidad de Zaragoza, España.  Escuche aquí la entrevista completa con los tres especialistas: Otros temas que le pueden interesar: Nobel de Física 2021: Manabe, Hasselmann y Parisi, dos meteorólogos climatólogos y un físico teórico

The Nobel Prize, instituted in 1901, was initially awarded in five categories – Physics, Chemistry, Physiology or Medicine, Literature and Peace.  A sixth award, the Nobel Prize in Economic Sciences was instituted in 1968 by the Royal Bank of Sweden and first awarded in 1969.  The Nobel Prize is named after Swedish inventor and industrialist Alfred Nobel, and is awarded annually from a fund that Nobel set aside in his 1895 will for this purpose.  This year's Nobel Prize was unique. We had the first Nobel for climate scientists.  The Nobel Prize in Physics this year went to Syukuru Manabe, a Japanese-American meteorologist and climatologist, for his pioneering work on understanding climate change.  In 1967, Manabe and Richard Wetherland wrote a research paper describing the impact of carbon dioxide and water vapour on global warming. Manabe, now at Princeton University, shared one half of the prize with Klaus Hasselmann, another climate scientist. Hasselmann, 89, from the Max Planck Institute for Meteorology in Hamburg, Germany, used Manabe's work and created computer models that managed to link weather and climate. Hasselmann's work helped scientists identify whether a certain phenomenon was caused by natural forces or human activity The other half of the Physics Nobel went to Georgio Parisi for his contributions in advancing the understanding of complex systems Complex systems have a very high degree of randomness, like weather and climate phenomena The Physics Nobel for climate scientists is perhaps a greater indication of how fraught our future is by the perils of global warming.  Before this, the Intergovernmental Panel on Climate Change (IPCC) had won the Peace Nobel in 2007, for its role in creating awareness about the fight against climate change.  The Nobel Prize for chemistry this time has been awarded to Benjamin List and David WC MacMillan. The Nobel panel said List and MacMillan in 2000 independently developed a new way of catalysis. A catalyst is a substance that increases the rate of a chemical reaction without taking part in the reaction, or without undergoing any changes during the chemical reaction. The Nobel Prize for Physiology and Medicine has been awarded to American scientists David Julius and Ardem Patapoutian.  They've understood the mechanism through which our body perceives temperature and pressure.  The award-giving body said their discovery could pave the way for new pain-killers. The Nobel Peace Prize this year went to two journalists, from the Philippines and Russia, who have been running independent news organisations in their countries in authoritarian regimes where they face threats of detention and death.  Maria Ressa of the Philippines and Dmitry Muratov of Russia received the Prize “for their courageous fight for freedom of expression”. This year's Nobel Prize for Literature went to 72-year-old Tanzanian novelist Abdulrazak Gurnah, an author of 10 novels and several short stories. And, the Nobel Prize for Economic Sciences went to 3 US-based economists David Card, Joshua D Angrist and Guido W Imbens.  David Card is a Canadian labour economist and Professor of Economics at the University of California, Berkeley.  He has won the Nobel for his empirical contributions to labour economics.  Card has analysed the labour market effects of minimum wages, immigration and education. His work has challenged conventional wisdom. The results of his studies on restaurants in New Jersey and Eastern Pennsylvania have shown that increasing the minimum wage does not necessarily lead to fewer jobs.  "We now know that the incomes of people who were born in a country can benefit from new immigration, while people who immigrated at an earlier time risk being negatively affected. We have also realised that resources in schools are far more important for students' future labour market success than was previously thought," the Nobel

In der letzten Woche wurde der diesjährige Physik-Nobelpreis vergeben und natürlich dreht sich unsere heutige Folge dann auch genau um diesen. Und schon wieder war ein Deutscher dabei! Für was genau der Nobelpreis dieses Jahr vergeben wurde, erfahrt ihr bei uns im Podcast. Viel Vergnügen! #Nobelpreis #nobelprize #klimamodell #klima #climatechange #manabe #hasselmann #parisi ********** Anmerkungen, Fragen, Kritik oder interessante Themenvorschläge bitte an physikgeplaenkel@gmail.com ********** Unsere Instragram Seite: https://www.instagram.com/physikgeplaenkel/ Unsere Facebook Seite: https://www.facebook.com/Physik-Geplänkel-1153934681433003/ Unser Youtube Channel: https://www.youtube.com/channel/UCD1CT-nTdEagwMF16P6gIKQ/ Folgt uns unter "Physik-Geplänkel" auf Spotify, iTunes, Deezer, PocketCasts oder als Amazon Alexa Skill. Oder am besten direkt unter https://physik-geplaenkel.podigee.io/

El Nobel de Física 2021 ha sido para dos expertos en modelos físicos del cambio climático, el japonés estadounidense Syukuro Manabe y el alemán Klaus Hasselmann y para el físico teórico italiano Giorgio Parisi. Un premio relacionado con los sistemas físicos complejos. Los hallazgos de los tres científicos en realidad están relacionados y aportan mucho para comprender el clima y predecir el cambio climático. En esta ocasión, el Nobel de Física 2021 está relacionado con los llamados sistemas físicos complejos, fenómenos difíciles de explicar y entender, pero cuyos efectos van desde la escala atómica hasta la planetaria, incluyendo el cambio climático. Un premio Nobel dividido en dos El premio en realidad se divide en dos, una parte es para el japonés estadounidense Syukuro Manabe, de 90 años de edad y para el alemán Klaus Hasselmann, de 89 años. Ambos son meteorólogos y climatólogos. Los dos científicos fueron distinguidos, en palabras de la academia sueca, "por la modelización física del clima en la Tierra y por haber cuantificado la variabilidad y predicho de forma fiable el cambio climático". Para el jurado, su aporte fue "fundamental" en la creación de los modelos climáticos. Syukuro Manabe, nacido en Japón, pero residente en Princeton, Estados Unidos, demostró en los años sesenta cómo el aumento de los niveles del dióxido de carbono, el CO2 en la atmósfera provoca un incremento en la temperatura terrestre. Klaus Hasselmann, radicado en Hamburgo, al norte de Alemania, fue reconocido por haber logrado establecer modelos climáticos fiables pese a las grandes variaciones meteorológicas. Hasselmann fue pionero en la creación de estos modelos que relacionan la meteorología y el clima. El italiano Giorgio Parisi y el desorden en los sistemas complejos La otra mitad del Nobel de Física 2021 es para el italiano Giorgio Parisi, de 73 años, físico teórico experto en el desorden en estos sistemas complejos, quien radica y lleva a cabo sus investigaciones en Roma. La academia sueca señaló que se le premiaba “por el descubrimiento de la interacción del desorden y las fluctuaciones en los sistemas físicos, desde la escala atómica a la planetaria”. Escuche aquí la entrevista con el físico José Javier Ramasco en entrevista con RFI: El italiano Giorgio Parisi ya lleva una gran trayectoria científica, junto con el argentino Miguel Ángel Virasoro y el francés Marc Mezard descubrió la organización ultramétrica de los estados de baja temperatura del “vidrio de espín” o vidrio giratorio, una aleación de metal en la que los átomos de hierro se mezclan al azar en una rejilla de átomos de cobre. Y aunque sólo hay pocos átomos de hierro, se cambian las propiedades magnéticas del material de manera desconcertante. Y es este aparente desorden lo que estudió Parisi. También es célebre por su ecuación KPZ que “describe la dinámica fractal de los procesos de crecimiento superficial cuando hay transmisión lateral de la información”. Sus hallazgos pueden incluso aplicarse en el área de la sociología o se observan en los movimientos de ciertos grupos de pájaros al volar. Entrevistado: José Javier Ramasco, científico titular del CSIC, Consejo Superior de Investigaciones Científicas, del Instituto de Física interdisciplinar y sistemas complejos en Palma de Mallorca, España. Otros temas relacionados: Nobel de Física 2020: Penrose, Genzel y Ghez, por sus estudios sobre los agujeros negros Nobel de Física 2018 para avances en la física del láser

Najít řád a předvídatelnost ve věcech, které se chovají chaoticky, nepřehledně – to se podařilo trojici vědců, kteří dostanou letošní Nobelovu cenu za fyziku. Dva z nich, Šukuro Manabe a Klaus Hasselmann, položili vědecké základy moderní klimatologii. Třetí oceněný, Giorgio Parisi vytvořil modely, které pomáhají dalším výzkumníkům poznávat mikrosvět i vesmír. I o tom uslyšíte v souhrnu Vědy Plus. Dozvíte se také, že řečtí vědci přišli s novou léčbou covidu-19.

Hoy en Día a Día, comenzamos conversando con Mireya Wessolosky, médico Especialista en Enfermedades Infecciosas, sobre la dosis de refuerzo de la vacuna Johnson & Johnson: “Esta sería la misma vacuna, solo que se utilizaría como refuerzo para la primera dosis”, dijo, y explicó: “La eficacia de una sola dosis de la vacuna de Johnson & Johnson nunca llegó a la de las vacunas de Pfizer y Moderna”. Desde Roma nos atendió la periodista Marinellys Tremamunno, para conversar sobre los señalamientos a la Iglesia francesa por ser responsable de más de 200.000 víctimas de abuso: “Esta no es la primera vez que el Vaticano está involucrado en escándalos de abusos a menores”, dijo, por eso “En junio el papa quiso actualizar la Constitución apostólica para garantizar sanciones a sacerdotes y miembros del clero que pudieran esconder casos de abuso”. La periodista indicó: “Hay que ver cuáles serán las sanciones directas que recibirán los aproximadamente 3.000 sacerdotes”. La periodista especializada en violencia, crimen organizado, seguridad ciudadana y DD.HH, Ronna Rísquez, nos habló sobre la red nigeriana recluta a venezolanos para llevar droga a Europa: “Aunque estas personas eran captadas en Caracas, la operación se centraba en Brasil”, señaló, y alertó: “Teníamos información de venezolanas y venezolanos – sobre todo venezolanas – que son captadas para ser primero mulas de la droga y luego quedar como prostitutas”. Rísquez añadió que “Los venezolanos están entre las personas que más son detenidas en los aeropuertos, sobre todo en el de Colombia”. Moisés Ávila Roldán, jefe de redacción para Centroamérica de la Agence France Presse, nos habló sobre la relación de Panamá y los Pandora Papers: “Ya un día antes de la difusión de esta investigación, el gobierno envió una carta al Consorcio de Periodistas pidiendo que no relacione el nombre de Panamá con la investigación”, dijo, y destacó: “Lo que reclama Panamá es que después del escándalo de los Panama Papers en el 2016, muchas reformas fueron hechas por la transparencia de las empresas en el país”. También nos atendió el investigador Titular del Centro de Física del IVIC, Ismardo Bonalde, para hablarnos sobre los ganadores del Premio Nobel de Física 2021: “Giorgio Parisi es pionero en el estudio de los sistemas complejos desde el punto de vista de la física. El trabajo de Manabe es sobre el calentamiento global y el clima. Y Hasselmann predice y cuantifica de manera confiable el calentamiento global”, expuso. Y para cerrar, el investigador sénior de Human Rights Watch, César Muñoz, nos habló sobre los delitos contra la salud pública cometidos por el presidente Jair Bolsonaro: “Hay indicios de que Bolsonaro cometió delitos contra la salud pública, relacionados con corrupción en la compra de vacunas”, explicó, y añadió: “Bolsonaro, como otros presidentes populistas, hace caso omiso a la ciencia y promueve medicinas que no tienen eficacia contra el Covid-19. Es como si estuviese promoviendo curas milagrosas”.

Hosť: Radan Hurta (vedúci Ústavu fyziky atmosféry Akadémie vied ČR). V dnešnej relácii sa pozrieme na tohtoročných laureátov Nobelovej ceny za fyziku. Konkrétne ide o trojicu vedcov a to Američan japonského pôvodu Syu-kuro Manabe, Nemec Klaus Hasselmann a Talian Giorgio Parisi. Nobelov výbor ocenil ich fyzikálne modely zemskej klímy a spoľahlivé predpovede globálneho otepľovania. Čo si môžeme predstaviť pod fyzikálnymi modelmi klímy? A ide o prvé ocenenie za skúmanie Zemskej atmosféry? Moderuje: Marián Kukelka. V premiére každý pracovný deň v Rádiu Slovensko po 18:30. Diskusiu K veci pripravuje RTVS - Slovenský rozhlas, Rádio Slovensko, SRo1.

Letošnji Nobelovi nagrajenci za fiziko so Syukuro Manabe in Klaus Hasselmann ter Giorgio Parisi. Kompleksne sisteme zaznamuje nepredvidljivost. Na videz drobna sprememba ima lahko daljnosežne posledice. To nazorno vidimo v spreminjajočem se podnebju. Eden izmed letošnjih nagrajencev Syukuro Manabe je kot prvi pokazal, kako višja vsebnost ogljikovega dioksida v atmosferi vodi k dvigu globalne temperature zraka,. »Dr. Manabe je že v 60ih letih skupaj s sodelavci razvil enega prvih klimatskih modelov,« razlaga doc. dr. Gregor Skok z ljubljanske Fakultete za matematiko in fiziko. Sonagrajenec Klaus Hasselmann pa je razvil metode, s katerimi je uspešno povezal vreme, ki se spreminja dnevno, in podnebje, ki se načeloma spreminja zelo počasi, obenem pa je našel način, kako razločiti vpliv različnih dejavnikov na podnebje. »Pripomogel je tudi k temu, da so kasneje lahko bolj verodostojno pokazali, da so človeški izpusti toplogrednih plinov res povezani s spremebami klime, ki se dogajajo,« še dodaja Skok. Manabe in Hasselman si bosta decembra sicer razdelila polovico nagrade. Drugi del gre v roke italijanskega teoretičnega fizika Giorgia Parisija za novo razumevanje dogajanja v neurejenih, kompleksnih sistemih. Njegova spoznanja so široko uporabna na raznolikih področjih od matematike, biologije in nevroznanosti do strojnega učenja. Foto: Adam Baker/ Flickr, cc

"Why is this happening?" – Establishing a firm scientific basis for predicting what will happen to the climate, and in the shorter term to weather, has been the challenge that has occupied Syukuro Manabe's entire working life. In the interview with Adam Smith, recorded amidst the happy chaos resulting from the early morning announcement of his Nobel Prize in Physics, Manabe reflects on the importance of fundamental research. As he says, "The prediction of climate change without accompanying understanding of it is no better than the prediction of a fortune teller."From October 4-11, don't miss our mini-season that will showcase the absolute freshest interviews with the new 2021 Nobel Prize laureates. See acast.com/privacy for privacy and opt-out information.

Il premio Nobel 2021 per la Fisica è stato assegnato all'italiano Giorgio Parisi, per la scoperta dell'interazione tra disordine e fluttuazioni nei sistemi fisici, dalla scala atomica a quella planetaria.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.11.19.390740v1?rss=1 Authors: Shiotani, K., Tanisumi, Y., Hirokawa, J., Sakurai, Y., Manabe, H. Abstract: Olfactory information directly reaches the amygdala through the olfactory cortex, without the involvement of thalamic areas, unlike other sensory systems. The anterior cortical amygdaloid nucleus (ACo) is one of the olfactory cortices that receives olfactory sensory input, and is part of the olfactory cortical amygdala, which relays olfactory information to the amygdala. To examine its electrophysiological features, we recorded individual ACo neurons during the odor-guided go/no-go task to obtain a water reward. Many ACo neurons exhibited odor-evoked go cue-preferred during the late phase of odor-sampling supporting the population dynamics that differentiate go/no-go responses before executing the odor-evoked behaviors. We observed two types of neurons with different anticipation signals: one neuron type exhibited gradual increases of activity toward reward delivery, while another type exhibited a phasic go cue-preferred activity during odor sampling as well as another phasic anticipatory activity for rewards. These results suggest that the ACo may be involved in reward-related behavioral learning by associating the olfactory information with reward anticipation. Copy rights belong to original authors. Visit the link for more info

Molecular tests, antigen tests, antibody tests, nasopharyngeal, saliva, blood... When we talk about COVID-19 testing, what are we actually talking about? Dr. Yuka Manabe, a Johns Hopkins expert in infectious diseases and testing, talks with Stephanie Desmon about the various types and methods of COVID-19 testing, their pros and cons when it comes to convenience and accuracy, the type of testing used at the White House, how current testing can be improved, and what innovations we might see in the near future.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.08.24.264259v1?rss=1 Authors: Sato, K., Sasaguri, H., Kumita, W., Inoue, T., Kurosaki, Y., Nagata, K., Mihira, N., Sato, K., Sakuma, T., Yamamoto, T., Tagami, M., Manabe, R.-i., Ozaki, K., Okazaki, Y., Saido, T. C., Sasaki, E. Abstract: Alzheimer's disease (AD) is a major cause of dementia, with the number of patients with this condition anticipated to exceed 50 million worldwide in the near future. Despite extensive research efforts, no effective measures are available to facilitate the prevention or treatment of AD, which is due in part to a lack of animal models able to closely replicate a human-like disease state. Here, we describe the generation of three mutant marmoset individuals in which exon 9 of PSEN1 gene product has been deleted (PSEN1-DeltaE9). Such DeltaE9 mutations have been reported to cause early on-set familial AD (references 1-5). We used Transcription Activator-Like Effector Nuclease (TALEN) to destroy the 3' splice site of exon 9 in the marmoset PSEN1 gene. To this end, TALEN exhibits high genome-editing efficacy, generates few off-target effects, and produces minimal mosaicism. Indeed, whole genome sequencing and other analyses illustrated an absence of off-target effects and an apparent absence of mosaicism. Fibroblasts obtained from newborn marmosets exhibited uncleaved full-length presenilin 1 protein (PS1) caused by the perturbation of PS1 endoproteolysis as well as an increased ratio of Abeta42/Abeta40 production, a signature of familial AD pathogenesis. To our knowledge, this is the first non-human primate model of familial AD. We intend to make our marmoset model available to the research community to facilitate the global fight against AD. Copy rights belong to original authors. Visit the link for more info

In this episode, we talk to our former professor Dr. Noriko Manabe about her research on the intersection between Capitalism and technology in the music industry. We discuss the limitations that systems impose on the kinds of music that are created and distributed, how the system shape our tastes, and how music is utilized in protests. We are honored to have Dr. Manabe as our teacher and guest. Dr. Manabe's Website: www.norikomanabe.com --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/creative-baggage/support

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.07.30.230060v1?rss=1 Authors: Tanisumi, Y., Siotani, K., Hirokawa, J., Sakurai, Y., Manabe, H. Abstract: The nucleus of the lateral olfactory tract (nLOT) is not only a part of the olfactory cortex that receives olfactory sensory inputs from the olfactory bulb, but also one of the cortical amygdala areas that regulates motivational behaviors. To examine how the neural ensemble activity of the nLOT is modulated by motivational processes that occur during various states of learned goal-directed behaviors, we recorded nLOT spike activities of mice performing odor-guided go/no-go tasks for obtaining a water reward. We found that the majority of the nLOT neurons exhibited sharp go-cue excitation and persistent no-go-cue inhibition responses triggered by an odor onset. The bi-directional cue encoding introduced nLOT population response dynamics and provided a high odor decoding accuracy before executing cue-odor-evoked behaviors. The go-cue preferred neurons were also activated in the reward drinking state, indicating context-based odor-outcome associations. These findings suggest that the nLOT neurons play an important role in the translation from context-based odor information to appropriate behavioral motivation. Copy rights belong to original authors. Visit the link for more info

In questo episodio intervisto un professionista del video marketing che ti spiega come fare per trovare nuovi clienti per il tuo business, sia che tu sia un libero professionista sia che tu abbia una impresa di servizi o di produzione di beni.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.06.15.151811v1?rss=1 Authors: Osako, Y., Ohnuki, T., Manabe, H., Sakurai, Y., Hirokawa, J. Abstract: During visual detection tasks, subjects sometimes fail to respond to identical visual stimuli even when the stimuli are registered on their retinas. It is widely assumed that variability in detection performance is attributed to the fidelity of the visual responses in visual cortical areas, which could be modulated by fluctuations of subjective internal states such as vigilance, attention, and reward experiences. However, it is not clear what neural ensembles represent such different internal states. Here, we utilized a behavioral task that differentiated distinct perceptual states to identical stimuli, and analyzed neuronal responses simultaneously recorded from both primary visual cortex (V1) and posterior parietal cortex (PPC) during the task. We found that population activity differed across choice types with the major contribution of non-sensory neurons, rather than visually-responsive neurons, in V1 as well as PPC. The distinct population-level activity in V1, but not PPC, was restricted within the stimulus presentation epoch, which was distinguished from pre-stimulus background activity and was supported by near-zero noise correlation. These results indicate a major contribution of non-sensory neurons in V1 for population-level computation that enables behavioral responses from visual information. Copy rights belong to original authors. Visit the link for more info

Progetto di ManabeCanale YouTube Mobile Video MarketingLibro di crescita personale consigliatoLa profezia di Celestino di James RedfieldOggetto sotto i 100 euroTreppiede o Selfie Stick per iniziare a fare i video---SEGUI STUDIO SUNewsletter: https://www.andreaventurelli.comYouTube: http://bit.ly/andreaventurelliInstagram: https://www.instagram.com/andrea__venturelliPodcast: http://studio.andreaventurelli.com

We continue our Insiders series, where we sit down with some of the top executives from the world of Music and Tech. This time, we were lucky to talk about the Japanese Music Industry with one of the leading international experts on the topic — Goshi Manabe, US-based Rep & Advisor for Japan's largest digital music provider RecoChoku. For the list of mentioned links, highlights and the full transcript of the interview: https://soundcharts.com/blog/goshi-manabe-interview Also, if you're curious to find out more about the Japanese market, check out our analysis on the local market: https://soundcharts.com/blog/japan-music-market-overview

Continuiamo anche in questa puntata il filone delle interviste! Questa volta abbiamo con noi Manabe Repici, fondatore di Mobile Video Marketing, che ci spiegherà come un Influencer può ottenere il massimo avendo tra le mani solamente il proprio Smartphone.

Noriko Manabe’s new book is a compelling analysis of the content, performance style, and role of music in social movements in contemporary Japan. Paying special attention to the constraints that limit and censor people–both ordinary citizens and musicians–from speaking out on sensitive political issues, The Revolution Will Not Be Televised: Protest Music After Fukushima (Oxford University Press, 2015) focuses on the music of post-Fukushima antinuclear protests. Manabe looks carefully at the roles and motivations of musicians in Japan who have become involved in protest movements and demonstrations that reach across a range of physical and virtual spaces. This book will be of interest to any readers eager to learn more about modern Japan, protest movements, music, and the histories of nuclear power and its discontents. Make sure to check out the companion website, which includes lots of multi-media materials that articulate with the chapters of the book! Learn more about your ad choices. Visit megaphone.fm/adchoices

Noriko Manabe's new book is a compelling analysis of the content, performance style, and role of music in social movements in contemporary Japan. Paying special attention to the constraints that limit and censor people–both ordinary citizens and musicians–from speaking out on sensitive political issues, The Revolution Will Not Be Televised: Protest Music After Fukushima (Oxford University Press, 2015) focuses on the music of post-Fukushima antinuclear protests. Manabe looks carefully at the roles and motivations of musicians in Japan who have become involved in protest movements and demonstrations that reach across a range of physical and virtual spaces. This book will be of interest to any readers eager to learn more about modern Japan, protest movements, music, and the histories of nuclear power and its discontents. Make sure to check out the companion website, which includes lots of multi-media materials that articulate with the chapters of the book!

Noriko Manabe’s new book is a compelling analysis of the content, performance style, and role of music in social movements in contemporary Japan. Paying special attention to the constraints that limit and censor people–both ordinary citizens and musicians–from speaking out on sensitive political issues, The Revolution Will Not Be Televised: Protest Music After Fukushima (Oxford University Press, 2015) focuses on the music of post-Fukushima antinuclear protests. Manabe looks carefully at the roles and motivations of musicians in Japan who have become involved in protest movements and demonstrations that reach across a range of physical and virtual spaces. This book will be of interest to any readers eager to learn more about modern Japan, protest movements, music, and the histories of nuclear power and its discontents. Make sure to check out the companion website, which includes lots of multi-media materials that articulate with the chapters of the book! Learn more about your ad choices. Visit megaphone.fm/adchoices

Noriko Manabe’s new book is a compelling analysis of the content, performance style, and role of music in social movements in contemporary Japan. Paying special attention to the constraints that limit and censor people–both ordinary citizens and musicians–from speaking out on sensitive political issues, The Revolution Will Not Be Televised: Protest Music After Fukushima (Oxford University Press, 2015) focuses on the music of post-Fukushima antinuclear protests. Manabe looks carefully at the roles and motivations of musicians in Japan who have become involved in protest movements and demonstrations that reach across a range of physical and virtual spaces. This book will be of interest to any readers eager to learn more about modern Japan, protest movements, music, and the histories of nuclear power and its discontents. Make sure to check out the companion website, which includes lots of multi-media materials that articulate with the chapters of the book! Learn more about your ad choices. Visit megaphone.fm/adchoices

Noriko Manabe’s new book is a compelling analysis of the content, performance style, and role of music in social movements in contemporary Japan. Paying special attention to the constraints that limit and censor people–both ordinary citizens and musicians–from speaking out on sensitive political issues, The Revolution Will Not Be Televised: Protest Music After Fukushima (Oxford University Press, 2015) focuses on the music of post-Fukushima antinuclear protests. Manabe looks carefully at the roles and motivations of musicians in Japan who have become involved in protest movements and demonstrations that reach across a range of physical and virtual spaces. This book will be of interest to any readers eager to learn more about modern Japan, protest movements, music, and the histories of nuclear power and its discontents. Make sure to check out the companion website, which includes lots of multi-media materials that articulate with the chapters of the book! Learn more about your ad choices. Visit megaphone.fm/adchoices

It’s all zilla and no filla on this week’s show as we celebrate both the centenary of Japanese musical maestro Akira Ifukube, who wrote most of the music for Toho Studio’s series of Godzilla movies, and ‘reboot’ this year of … Continue reading →