Podcasts about DFT

This week on Everything About Hydrogen we have Kyle Arnold, the Managing Director of HyHAUL Mobility Ltd (HML). The company is leading the largest roll out of hydrogen Heavy Goods Vehicles (HGV) refueling infrastructure in the United Kingdom, operating along the M4 with 30 trucks by Q2 2026, supported by funding from the UK Department for Transport (DfT) Zero Emission Road Freight Transport (ZERFT). ZERFT has been subsequently rebranded as Zero Emissions HGV and Infrastructure Demonstrations (ZEHID). HML plans to eventually deploy over 300 fuel cell trucks totaling 44 tonnes of gross weight, by 2030. Kyle previously developed, built and operated hydrogen refuelling infrastructure across the UK and Europe, notably the Tyseley refuelling site in Birmingham, the largest in Europe.About HML:HyHAUL is an ambitious initiative to establish the UK's first dedicated hydrogen mobility corridor, setting a new benchmark in sustainable transport by proving the feasibility and scalability of hydrogen in heavy-duty freight operations.By leveraging hydrogen's potential to power zero-emission vehicles, HyHAUL directly addresses the decarbonisation of the most challenging and emission-intensive duty cycles in road transport. This pioneering effort supports the UK's broader commitment to achieving net-zero emissions.About Kyle Arnold:HML Managing Director with over 20 years' experience in project management, innovative engineering, and delivering First-Of-A-kind (FOAK) hydrogen projects across the UK, EU, and beyond. Throughout his career, he's had the privilege of leading talented teams to ensure these groundbreaking projects are delivered safely, efficiently, and effectively. He's worked closely with local and national governments and collaborated with some of the world's most recognizable companies to drive innovation and make net-zero ambitions a reality. At the heart of everything he does, is a commitment to safety, sustainability, and pushing the boundaries of what's possible in the green hydrogen space.--Links:HML - https://hyhaul.co.uk/DfT and Innovate UK - https://www.cittimagazine.co.uk/news/infrastructure/dft-and-innovate-uk-programme-to-create-54-new-zero-emission-hgv-infrastructure-hubs-across-the-uk.html

This week on the Roach Koach Podcast the guys called up old friend and host of DFT's Dungeon Dan Terry to talk all about East West and their supposed nu-metal album, The Light In Guinevere's Garden. Lorin and Matt quiz Dan on life on the boards, whether it is possible to preach too much at your rock show, if being related to the band will help them reunite, and more! Take a listen!Exclusive episodes and more on the Roach Koach Patreon. New episodes of the Pact every month. Subscribe today! Rate and review Roach Koach on iTunes! We'd appreciate it! Questions about the show? Have album recommendations? Just want to say hi? We'd love to hear from you! Contact the show @RoachKoach on Twitter, Roach Koach on Facebook , Roach Koach on Instagram, or send an email to RoachKoachPodcast at Gmail. Follow the show on Youtube and TikTok! Find every episode of Roach Koach and order your Roach Koach T-shirt at Roach Koach dot com.

The Road Less Traveled | Late Stage Tips and Strats for Aetherdrift Draft Welcome to Lords of Limited, the podcast dedicated to getting you better at drafting in Magic: the Gathering. This week, we're filling the tank with a lot of different topics for Aetherdrift Draft. We've got a few more thoughts on Push the Limit, some late-stage card check-ins, a love letter to White in DFT, mana fixing power rankings, and sideboarding tricks for the best-of-three gamers out there!

Les dégénérescences lobaires fronto-temporales (DLFT), souvent appelées démences fronto-temporales (DFT), se caractérisent par la mort progressive des neurones au niveau du lobe frontal et de la partie antérieure du lobe temporal du cerveau, zone qui permet la pensée abstraite, l'adaptation du comportement et certains aspects du langage. Elles sont dues à une accumulation anormale de protéine TDP-43 ou de protéine tau et concernent 10 000 à 20 000 personnes en France. Après un 1er épisode de PODC'ALZ, avec le Dr Isabelle Le Ber, neurologue et chercheuse spécialiste en génétique, au cours duquel nous avons abordé les spécificités de cette pathologie (symptômes, diagnostic, prise en charge, traitements....), cette fois nous évoquons l'état des lieux et les avancées de la recherche. Pour en savoir plus sur les travaux du Dr Isabelle Le Ber soutenus par la Fondation : https://alzheimer-recherche.org/projets-2023/mieux-diagnostiquer-les-dft/ Pour en savoir plus sur les maladies dites "apparentées" à Alzheimer : https://alzheimer-recherche.org/maladies-apparentees/ L'association France DFT : https://www.france-dft.org/page/274401-notre-association

On The Open Road | The Archetypes, Strategies, and Cards We Love in DFT! Welcome to Lords of Limited, the podcast dedicated to getting you better at drafting in Magic: the Gathering. We've got one week of Aetherdrift under our belts and it's time to get into EVERYTHING! Is green really the best color? What are folks missing about Start Your Engines? How can you win with Grixis? And is there anything to like about White so far? All these questions will be answered!

Putting the DFT in DRAFT | What We Learned From Early Access Drafts! Welcome to Lords of Limited, the podcast dedicated to getting you better at drafting in Magic: the Gathering. This week, it's Early Access Debrief time! Between us both, we got about a dozen drafts under our belt in the Early Access Event on MTGA and have lots of updates from our initial thoughts on Aetherdrift including some re-ranked colors, archetypes, and lots of card evaluation movers up and down!

Zákon o dani z finančných transakcií (DFT) nadobúda účinnosť 1. januára 2025, pričom prvým zdaňovacím obdobím je apríl 2025. Daňovníkom je fyzická osoba – podnikateľ, právnická osoba alebo organizačná zložka zahraničnej osoby, ktorá je klientom poskytovateľa platobných služieb. Platiteľom tejto dane je primárne banka alebo aj podnikateľ za určitých podmienok. O tom, čo z toho vyplýva v praxi, sme sa rozprávali s poradkyňou Daňového centra Nadeždou Cígerovou. V rozhovore sa dozviete: Čo je transakčný účet a dokedy si ho treba zriadiť? Je potrebné oznamovať správcovi dane zriadenie transakčného účtu? Nielen banka je platiteľom DFT. V akých prípadoch platí transakčnú daň podnikateľ? Čo sú preúčtované náklady v kontexte platenia DFT? Ako sa vypočíta transakčná daň? Ako sa účtuje transakčná daň? Je DFT predmetom DPH? Čo ak dodávateľ vystaví faktúru, kde bude uvedený aj poplatok vo výške transakčnej dane v cene služby – ako sa to bude účtovať? Majú neziskové organizácie nejaké povinnosti ohľadom preukazovania oslobodenej činnosti od platenia DFT? Ako to bude v prípade FO – podnikateľov, ktorí si uplatňujú paušálne výdavky? Nielen transakčnú daň, ale aj iné novinky v oblasti daní a účtovníctva pre vás sledujeme a pravidelne uverejňujeme na www.danovecentrum.sk Sme Poradca podnikateľa – za každou radou je človek.

Les dégénérescences lobaires fronto-temporales (DLFT), souvent appelées démences fronto-temporales (DFT), se caractérisent par la mort progressive des neurones au niveau du lobe frontal et de la partie antérieure du lobe temporal du cerveau, zone qui permet la pensée abstraite, l'adaptation du comportement et certains aspects du langage. Elles sont dues à une accumulation anormale de protéine TDP-43 ou de protéine tau et concernent 10 000 à 20 000 personnes en France. Dans ce nouvel épisode de PODC'ALZ, nous abordons avec le Dr Isabelle Le Ber, neurologue et chercheuse spécialiste en génétique, les spécificités de cette pathologie, des symptômes au diagnostic, de la prise en charge aux traitements. Pour en savoir plus sur les maladies dites "apparentées" à Alzheimer : https://alzheimer-recherche.org/maladies-apparentees/ Pour en savoir plus sur les travaux du Dr Isabelle Le Ber soutenus par la Fondation : https://alzheimer-recherche.org/projets-2023/mieux-diagnostiquer-les-dft/ En savoir plus sur France DFT : https://www.france-dft.org/page/274401-notre-association  

Louise Haigh has become the first person to resign from Sir Keir Starmer's cabinet.Haigh announced she was standing down on Friday after it was revealed by Sky News and The Times she had a conviction for making a false statement to the police that her work mobile phone was among her possessions stolen during a London mugging in 2013.She pleaded guilty to fraud by false representation while a parliamentary candidate in 2014, before being elected MP for Sheffield Heeley the following year.The London's Standard's chief political correspondent Rachael Burford reports on the circumstances of the case.Following Haigh's resignation, Heidi Alexander, MP for Swindon South, was named the new transport secretary, after previously work as Sadiq Khan's deputy transport mayor from 2018 to 2021.Our transport editor Ross Lydall explains Alexander's work in the capital, and what will she find in her DfT in-tray.In part two, we're joined by actor Kit Young, on his role in Shakespeare's All's Well That End's Well at London's Sam Wanamaker Playhouse, learning a fictional language and getting his Bafta award through airport security. Hosted on Acast. See acast.com/privacy for more information.

Transport Secretary Louise Haigh has stunned her colleagues, the DFT and everyone in the railway by announcing her shock resignation just hours after a story broke regarding a Magistrates' discharge almost 10 years ago. Her decision to go quickly rather than try and ride out the storm has thrown the rail industry into yet another period of uncertainty, right at the moment that it looked like a clear plan for the way forward was emerging. Nigel and Richard discuss the challenges facing the industry in the immediate aftermath of the news and what may lie ahead for pace of the promised reforms. UPDATE: Almost as soon as we had recorded the show, it was announced that Heidi Alexander, previously Minister for Courts and Social Justice, has been appointed as Secretary of State for Transport. She has also previously been Deputy Mayor of London for Transport from 2018 and departed her role in 2022 to prepare for a return to Parliament which she did at the 2024 General Election. She is the MP for Swindon South. Membership: If you want to see even more from Green Signals, including exclusive content, become a member and support the channel further too. YouTube - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.youtube.com/@GreenSignals/join⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Patreon - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.patreon.com/GreenSignals⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Green Signals: Website - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠http://www.greensignals.org⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Newsletter - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠http://www.greensignals.org/#mailing-list⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Follow: X (Twitter) - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://twitter.com/greensignallers⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ LinkedIn - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.linkedin.com/company/green-signals-productions-ltd⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Instagram - ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://instagram.com/greensignallers⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Credits: Presenters - Nigel Harris (@railnigel on X) & Richard Bowker CBE (@SRichardBowker). General Manager: Stef Foster (@stefatrail)

UK GOVERNMENT INVESTIGATES NEW EMISSIONS CONCERNThe Department for Transport (DfT) is investigating claims that 47 car models emissions are not the same as the official test figures, with the accusation that they are manipulating the emissions. The DfT is attempting to establish if a defeat device is being used. You can learn more, by clicking this FleetWorld article link here. RIVIAN AND VW SIGN PARTNERSHIP AGREEMENTAfter announcing they would partner up, Rivian and Volkswagen have signed the partnership agreement. This will include extra investment from VW, taking the full price up to $5.8 billion. Click this EV Powered article link to read more. If you like what we do, on this show, and think it is worth a £1.00, please consider supporting us via Patreon. Here is the link to that CLICK HERE TO SUPPORT THE PODCAST NEW NEW CAR NEWS - Caterham Seven CSR TwentyCaterham bring us the most “luxurious” and pricey Seven variant yet, with a price tag of a smidgen under £80,000. Celebrating 20 years of the CSR chasis, which allowed for those of us on the slightly larger side of things to be more comfortable, this bespoke model will come with features, fittings and materials not available elsewhere. Click this EVO article link to read more. Toyota KayoibakoToyota showed off an electric van that truley is a multipurpose vehicle. They have imagined it as an urban centric vehicle providing transport for people, being a mobile retail area, a coffee shop and more. Not content with that, the outdoor activities market get a version too, which added chunky tyres and obligitory stuck on elements. Both look fab, we want both and we want them now. But they have been cleverly thought out too. You can see more, by clicking this Yanko Design article link here. Old Car Dead News: Jaguar F-Pace ends global sales in 2026If you remember, Alan asked why the wording of the end of UK sales of the F-Pace was so specific. We now know that the rest of the globe will no longer be able to buy one from 2026. Click this Autocar article link here, which clears up the issue. LUNCHTIME READ: IT'S ALL A BIT MUCHDo you too feel that modern supercars are all a bit much? Let alone hypercars and even hyper hatches are becoming too extreme for UK roads. Well, you are not alone, check out this link from Mr Jalco's Mostly About Driving to possibly find an answer to it all. LIST OF THE WEEK: TOP GEAR - TOP 9 VIRAL CAR ADVERTSWe are increasingly struggling to find good List of the Week article to share with you. If you find one, please do send it our way and if its good enough we'll put it on the show! Top Gear have nine adverts for you to check out, which are bound to bring back memories. Do you agree with Alan, on his choice and/or his comments about Andrew, and what about Andrew's choice? Let us...

Matt Canon is a long-time member of the Deerfield Family Theatre (DFT) community. He first performed with DFT in 2008 and has since taken on various roles, including acting, stage managing, and now directing. Matt is excited to be directing DFT's upcoming production of “Charlie and the Chocolate Factory,” which opens on November 15, 2024. He explains that this version is much closer to the original Roald Dahl book than previous adaptations, with a modern twist and some subtle changes to the story. Matt also recently acted in DFT's production of “Noises Off.” He enjoys switching between acting and directing roles, as he believes it keeps him fresh and helps him understand both perspectives. Matt is thrilled to be working with some familiar faces from DFT's 2009 “Willy Wonka” production, and he is confident the show will be a hit with audiences of all ages.Charlie and the Chocolate Factory Performances at Caruso Auditorium, 1801 Montgomery Rd., Deerfield:* Fridays, November 15 and 22 at 7:00pm* Saturdays, November 16 and 23 at 1:00pm and 7:00pm* Sundays, November 17 and 24 at 1:00pmDeerfield Family TheaterPurchase Tickets This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit deerfieldtheater.substack.com

I am thrilled to have Daniil Shcherbakov, CEO of TonTon Games, a Telegram gaming publisher welcomed into Binance Labs' incubation program. Daniil holds a MBA from Cambridge Business SchoolIn this episode, Daniil Shcherbakov, co-founder and CEO of TonTon Games, shares his journey from studying computer science to launching TonTon Games within Telegram's ecosystem. He delves into TonTon Games' unique strategy for long-term growth, the blue ocean opportunities within Telegram, and the company's commitment to genuine gaming experiences. Daniil offers valuable insights into user acquisition, sustainable monetization, and balancing creativity with data-driven decisions in gaming, and much more!Subscribe on SpotifySubscribe on YouTubeSubscribe on iTunesLearn* How does Daniil approach monetization in your games while maintaining a positive user experience?* What are the single biggest mistakes companies make with content today?* What trends does Daniil see emerging in the casual mobile gaming market?* What is your favourite business book? –Atomic Habits* What is your favourite online tool? –Use Bubbles* If you could go back to when you started working, what is the one thing you would have focused on? – Start company earlierTimestamps0:00 - Introduction to Daniil, CEO of TonTon Games.1:30 - Daniil shares his background, his shift from a family of doctors to pursuing computer science, and discovering his passion for tech.5:45 - His experience of joining Fibrum, an early startup where he created the company's name.10:45 - Daniil describes the camaraderie he built with classmates and the benefits of Cambridge's smaller, diverse class.13:00 - Founding of TonTon Games and the blend of his passion for gaming and startups.14:45 - TonTon Games' focus on Telegram as a gaming platform and the “blue ocean” opportunity in this space.16:30 - Overview of how Telegram's ecosystem for games is similar to WeChat's in China.18:15 - Daniil explains TonTon Games' strategy of avoiding “pump and dump” schemes and instead focusing on long-term incentives.20:45 - Discussion on acquiring users, including their approach to organic growth through influencers.23:00 - Success of their flagship game, DFT, which reached top 10 grossing apps on Telegram.24:30 - Daniil explains why they are not creating their own token and instead focus on sustainable mechanics.27:00 - How they evaluate and collaborate with development teams before entering formal agreements.28:30 - Explanation of the iterative approach to user acquisition and maintaining platform stability.31:00 - Strategy for monetizing games while respecting user experience.33:00 - Importance of data analysis in game development and Daniil's insights on balancing gut feeling and metrics.35:00 - Daniil's thoughts on the future of mobile gaming, especially in emerging markets.39:00 - Advice for budding game developers about the future of gaming demographics.45:00 - Daniil's perspective on AI, highlighting that it's a helpful tool rather than a replacement.Daniil's Links LDN– https://www.linkedin.com/in/shcherbakovds/Website - https://tonton.games/My Links Podcast: https://lifeselfmastery.com/itunesYouTube:  youtube.com/lifeselfmasteryTwitter: https://twitter.com/rohitmal5-day email course: www.enterprisesalesexpertise.com This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit partnergrow.substack.com

Danny Moulet is an actor with a history at Deerfield Family Theatre (DFT). He played Charlie Bucket in DFT's production of Willy Wonka 15 years ago, and now he is taking on the role of Mike Teavee in their current production of Charlie and the Chocolate Factory. Danny shares his journey into acting, starting with community theater productions as a teenager and then transitioning into storefront and professional work, including appearances on TV. He describes the challenges of the pandemic and how he was able to continue working on various projects during that time. Danny is enthusiastic about the new DFT production, praising the cast, crew, and updated music, and encouraging the audience to come see the show. Charlie and the Chocolate Factory Performances at Caruso Auditorium, 1801 Montgomery Rd., Deerfield:* Fridays, November 15 and 22 at 7:00pm* Saturdays, November 16 and 23 at 1:00pm and 7:00pm* Sundays, November 17 and 24 at 1:00pmDeerfield Family TheaterPurchase Tickets This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit deerfieldtheater.substack.com

Enjoy this week's episode with DJ & Producer BEBBO. Bebbo is one of the Jewels coming out of Central America's underground scene. A skilled connoisseur of dance movements with a focus on versatile rhythms and mesmerizing melodies. Bebbo ´ s presentations are full of energy, harmony, and captivate the most demanding crowds around the world. Bebbo is focused on audio and visual elements to create short films which stories are spoken by music not words. On his productions Bebbo likes to explore all different sounds and influences. DFT has to offer a complete voyage, which can be delighted in any situation. Enjoy this Afro Melodic Journey with BEBBO, including his latest release Donaruma on Redolent! Mari, Sistek - Heroe De Mexico (Original Mix) (TH3RD BRAIN) 
 FiNE, Bukeka - Alpha Omega (Original Mix) (Sippy Time) 
 The Deepshakerz - Now & Ever (Original Mix) (Knee Deep In Sound) 
 Eran Hersh, DiMO, Mili - Al Hawa (Original Mix) (Make The Girls Dance Records) 
 La Santa - Bombo (Original Mix) (Redolent) 
 Avicci X Black Circle - Double Levels (Jean Phillipe Remix) (Edit) 
 Tom Enzy, Pension - Piquete Cabron (Original Mix) (Make The Girls Dance Records) 
 DJ Chus, NenaHalena - Prado's Revenge (Original Mix) (Redolent) 
 Robin M - Miriam (Original Mix) (Human By Default) 
 Bebbo - Reflections (Original Mix) (Stereo Productions) 
 Franky Wah, Robin M - Maasai (Original Mix) (SHÈN Recordings) 
 Bebbo - Donaruma (Original Mix) (Redolent) 
 Kalyma, Yoshe, Kekura - Mind (Original Mix) (SOLIDE) 
 Bebbo - My Love (Unreleased) This show is syndicated & distributed exclusively by Syndicast. If you are a radio station interested in airing the show or would like to distribute your podcast / radio show please register here: https://syndicast.co.uk/distribution/registration

當大家都在說缺工缺才時，飛捷科技這家剛邁入40年大壽的企業，正逐步靠著DFT計畫，為台灣培養出更多優秀的人才！ 受到DFA Design For American計畫的啟發，飛捷科技基金會在八年前正式啟動DFT Design For Taiwan計畫，每年透過多場工作坊，廣邀國際講師與企業家，為學員們找出更多創新可能。計畫至今也幫助超過600位年輕學員參與，其中更不乏有許多新一代的創業家們! 坦言DFT工作坊雖然耗時耗力更燒錢，但飛捷一路走來仍不後悔這個決定。讓我們一同走進飛捷的創新世界，探索台灣企業社會責任的新模式！ 主持人：天下雜誌調查中心總監 熊毅晰 來賓：飛捷科技董事長 林大成、飛捷文教基金會 執行長 林逸芝 製作團隊：黃家慧、陳繹方、陳瑞偉 ＊訂閱天下全閱讀：https://bit.ly/3STpEpV ＊「聽天下」清楚分類更好聽，下載天下雜誌App：https://bit.ly/3ELcwhX ＊意見信箱：bill@cw.com.tw -- Hosting provided by SoundOn

Welcome to The New Quantum Era, a podcast hosted by Sebastian Hassinger and Kevin Rowney. In this episode, we have an insightful conversation with Dr. Toby Cubitt, a pioneer in quantum computing, a professor at UCL, and a co-founder of Phasecraft. Dr. Cubitt shares his deep understanding of the current state of quantum computing, the challenges it faces, and the promising future it holds. He also discusses the unique approach Phasecraft is taking to bridge the gap between theoretical algorithms and practical, commercially viable applications on near-term quantum hardware.Key Highlights:The Dual Focus of Phasecraft: Dr. Cubitt explains how Phasecraft is dedicated to algorithms and applications, avoiding traditional consultancy to drive technology forward through deep partnerships and collaborative development.Realistic Perspective on Quantum Computing: Despite the hype cycles, Dr. Cubitt maintains a consistent, cautiously optimistic outlook on the progress toward quantum advantage, emphasizing the complexity and long-term nature of the field.Commercial Viability and Algorithm Development: The discussion covers Phasecraft's strategic focus on material science and chemistry simulations as early applications of quantum computing, leveraging the unique strengths of quantum algorithms to tackle real-world problems.Innovative Algorithmic Approaches: Dr. Cubitt details Phasecraft's advancements in quantum algorithms, including new methods for time dynamics simulation and hybrid quantum-classical algorithms like Quantum enhanced DFT, which combine classical and quantum computing strengths.Future Milestones: The conversation touches on the anticipated breakthroughs in the next few years, aiming for quantum advantage and the significant implications for both scientific research and commercial applications.Papers Mentioned in this episode:Observing ground-state properties of the Fermi-Hubbard model using a scalable algorithm on a quantum computerTowards near-term quantum simulation of materialsEnhancing density functional theory using the variational quantum eigensolverDissipative ground state preparation and the Dissipative Quantum EigensolverOther sites:PhasecraftDr. Toby Cubitt's personal site

Comment exprimer ce qu'on a sur le cœur, lorsqu'on est aidant ? Eve a choisi de mettre en chanson les émotions et l'histoire difficile de sa sœur, atteinte de dégénérescence fronto-temporale. Extrait : chanson "Je n'sais pas", écrite par Eve de Laudec, composée par Michel Bonnargent, et interprétée par Domi Bergougnoux. Plus d'informations : http://evedelaudec.fr https://www.michelbonnargent.fr/

This week on Highways Voices we talk about better traffic management using a new pre-emptive traffic management system being pioneered by AECOM and Derbyshire County Council.Lee Street, Head of Technology Services, AECOM Transportation, Europe, and Neill Bennett, Assistant Director Highways Commissioning at Derbyshire County Council join us to discuss the system that can seamlessly integrate various data sources to provide driver information and optimise traffic flow.Subscribe to Highways Voices free on Apple Podcasts, Spotify, Amazon Music, Google Podcasts or Pocket Casts and never miss an episode!They talk about the challenge of getting people to use the solution and how it can grow beyond the borders of Derbyshire, and support highways authorities across the country.You'll hear how it has it grown and how is it scaleable, how the council's initial ITS strategy has developed, and where this fits in with the DfT's Intelligent Traffic Management Fund.You'll also hear why National Highways wins Adrian's Accolade, and about some key dates for your diary from our podcast partners.

De aanpak van malafide uitzendbureaus wil maar niet van de grond komen. In de tussentijd zijn duizenden arbeidsmigranten slachtoffer van mensonterende omstandigheden. DFT-journalist Connie de Jonge legt in het Telegraafkwartier uit waarom de aanpak van deze bedrijven toch zo moeizaam verloopt. En, dacht je dat een tekort aan arbeidskrachten, bouwmaterialen en strenge pfas- en stikstofnormen al genoeg remming gaven aan de bouw van nieuwe huizen, het volgende probleem doemt al op. Dat is de strenge Europese waternorm. Yteke de Jong vertelt over deze strenge eisen en de eventuele oplossingen.See omnystudio.com/listener for privacy information.

Dan is joined by Marc Hutner. Marc has been innovating in the areas of design, test, DFT and data analytics for more than 20 years. In June of 2023, he joined the Siemens EDA Tessent group as the product director of Silicon Learning, enabling how silicon data is applied to yield improvement and silicon debug. Previously, he worked … Read More

Welcome to The Nonlinear Library, where we use Text-to-Speech software to convert the best writing from the Rationalist and EA communities into audio. This is: How a chip is designed, published by YM on June 28, 2024 on LessWrong. Disclaimer: This is highly incomplete. I am not an expert in the field. There might be some unfamiliar terms. While I will try to explain things, explaining every single term would be beyond this post. You will usually be able to get a sufficient understanding by clicking the links or googling it. Introduction I think everyone, if they read about the chip industry long enough, has a moment where they have to put down a book or pause a podcast and simply remain stunned at the fact that it is possible to design and build something that is so incredibly impressive. The Apple A17 chip contains 183 million transistors per square millimeter. All placed in a coherent manner and produced with extremely high reliability. This is exactly why it is so fascinating to learn more about how it is actually done. On top of that, in a universe where compute is arguably the most important input in the AI production function, this knowledge is also crucial to effective AI governance. So what follows is a quick introduction to the processes of getting a chip from a vague idea to sending your files to the manufacturer, also called the tape-out. Background Knowledge One of the most important decisions, a decision that significantly determines all the others, is what manufacturer will build your chip and what process they will use. There are companies that do both design and manufacturing (e.g. Intel), but especially when it comes to the most advanced logic chips, more and more companies are what is called " fabless" - they focus on the design and task a so-called "foundry" (e.g. TSMC) with the manufacturing. Nowadays many fabs and fabless companies work together very closely in what is called Design-Technology Co-Optimization (DTCO). In practice, there are quite significant limitations in chip design, and the fab will check design plans and inform designers what can and can't be manufactured. This collaborative approach ensures that chip designs are optimized for the specific manufacturing process, balancing performance, power, area, and yield considerations. DTCO has become increasingly important as the industry approaches the physical limits of semiconductor scaling, requiring closer integration between design teams and process engineers to continue advancing chip capabilities. The foundry sends the design company what is called the process design kit ( PDK ), which contains all the important specifics to the fab and the manufacturing process (also known as the technology node). One factor that in large part determines the profitability of a chip is the yield of the manufacturing process. The yield is the fraction of chips produced that work flawlessly and can be sold. Compared to other types of products, in the semiconductor industry the yield is quite low, sometimes moving significantly below 50% for periods of time, especially at the beginning of a new technology node. To improve yield, optimal manufacturability is taken into account at many stages of the design process in what is called Design for Manufacturability (DFM). Chips are also designed to be easy to test (Design For Testability, DFT). In this post we are focussing on the design process, not with the actual manufacturing steps or the details of a transistor. But it is important to know that in practice we are working with standard cells that are all equal in height and vary in width. varies to make design and manufacturing easier. Often the IP for the standard cells is licensed from third parties. The Design Process My stages follow the outline given by Prof. Adam Teman in this lecture. Definition and Planning This is the stage where we think about what you even want to build. What bus structure do you want? How many cores should it have? What amount of p...

Link to original articleWelcome to The Nonlinear Library, where we use Text-to-Speech software to convert the best writing from the Rationalist and EA communities into audio. This is: How a chip is designed, published by YM on June 28, 2024 on LessWrong. Disclaimer: This is highly incomplete. I am not an expert in the field. There might be some unfamiliar terms. While I will try to explain things, explaining every single term would be beyond this post. You will usually be able to get a sufficient understanding by clicking the links or googling it. Introduction I think everyone, if they read about the chip industry long enough, has a moment where they have to put down a book or pause a podcast and simply remain stunned at the fact that it is possible to design and build something that is so incredibly impressive. The Apple A17 chip contains 183 million transistors per square millimeter. All placed in a coherent manner and produced with extremely high reliability. This is exactly why it is so fascinating to learn more about how it is actually done. On top of that, in a universe where compute is arguably the most important input in the AI production function, this knowledge is also crucial to effective AI governance. So what follows is a quick introduction to the processes of getting a chip from a vague idea to sending your files to the manufacturer, also called the tape-out. Background Knowledge One of the most important decisions, a decision that significantly determines all the others, is what manufacturer will build your chip and what process they will use. There are companies that do both design and manufacturing (e.g. Intel), but especially when it comes to the most advanced logic chips, more and more companies are what is called " fabless" - they focus on the design and task a so-called "foundry" (e.g. TSMC) with the manufacturing. Nowadays many fabs and fabless companies work together very closely in what is called Design-Technology Co-Optimization (DTCO). In practice, there are quite significant limitations in chip design, and the fab will check design plans and inform designers what can and can't be manufactured. This collaborative approach ensures that chip designs are optimized for the specific manufacturing process, balancing performance, power, area, and yield considerations. DTCO has become increasingly important as the industry approaches the physical limits of semiconductor scaling, requiring closer integration between design teams and process engineers to continue advancing chip capabilities. The foundry sends the design company what is called the process design kit ( PDK ), which contains all the important specifics to the fab and the manufacturing process (also known as the technology node). One factor that in large part determines the profitability of a chip is the yield of the manufacturing process. The yield is the fraction of chips produced that work flawlessly and can be sold. Compared to other types of products, in the semiconductor industry the yield is quite low, sometimes moving significantly below 50% for periods of time, especially at the beginning of a new technology node. To improve yield, optimal manufacturability is taken into account at many stages of the design process in what is called Design for Manufacturability (DFM). Chips are also designed to be easy to test (Design For Testability, DFT). In this post we are focussing on the design process, not with the actual manufacturing steps or the details of a transistor. But it is important to know that in practice we are working with standard cells that are all equal in height and vary in width. varies to make design and manufacturing easier. Often the IP for the standard cells is licensed from third parties. The Design Process My stages follow the outline given by Prof. Adam Teman in this lecture. Definition and Planning This is the stage where we think about what you even want to build. What bus structure do you want? How many cores should it have? What amount of p...

With the election approaching, we do a page-turn of the Public Accounts Committee's report into rail reform in Britain, as published back in May. Six years have passed since the DfT said the railway needed reform, and four years have passed since initiating that reform programme, via its white paper (we've been through the ill-fated Williams-Shapps Plan For Rail already) in 2021. We were supposed to have Great British Railways by March 2024. No such organisation has appeared. The reason it didn't tells us a lot about the challenges that the next government will face in changing the rail industry for the better - whether radically or incrementally. You can download the report here: https://committees.parliament.uk/committee/127/public-accounts-committee/news/201745/rail-reform-noone-in-government-putting-needs-of-passengers-and-taxpayers-first-pac-reports/ Enjoyed this? Please do consider supporting #Railnatter at https://patreon.com/garethdennis or throw loose change at me via https://paypal.me/garethdennis. Merch at https://garethdennis.co.uk/merch. Join in the discussion at https://garethdennis.co.uk/discord.

HS2 Phase 2 to Manchester may have been cancelled but the problems have only begun. How to deal with the 54 brand new Alstom / Hitachi trains on order? What about fewer seats being available on Britain's most valuable route, London – Manchester? And then there's Euston station – what on earth do we build now? Chris Gibb, a senior figure in the railway industry previously a director of Virgin Cross Country, Virgin West Coast and Network Rail to name but three thinks he knows what to do – and he's written it down in a dramatic new plan which we discuss in detail with him. Andrew Haines has appeared at the Public Accounts Committee where he and the DfT officials also present seemed to reject the notion of a directing mind. The Labour Party, possibly the next party of Government, appear to think otherwise. Is there a showdown coming? There's mixed news in the Heritage Sector. In an interview with Steve Davies MBE, Chairman of the A1 Steam Locomotive Trust which owns celebrity locomotive 60163 Tornado, we discuss how its recent general overhaul cost £1m as well as the challenges faced when installing a modern electronic signalling system onto a steam engine. Then we consider the desperate times faced at the Nene Valley Railway which needs £300,000 to stay afloat. And, there's good news from the Community Rail sector. We discuss Community Rail week and the marvellous work volunteers carry out to promote their loco lines and stations. Green Signals: Website - ⁠http://www.greensignals.org⁠ YouTube - ⁠https://www.youtube.com/@GreenSignals⁠ Newsletter - ⁠http://www.greensignals.org/#mailing-list⁠ Follow: X (Twitter) - ⁠https://twitter.com/greensignallers⁠ LinkedIn - ⁠https://www.linkedin.com/company/green-signals-productions-ltd⁠ Instagram - ⁠https://instagram.com/greensignallers⁠ Credits: Presenters - Nigel Harris (@railnigel on X) & Richard Bowker CBE (@SRichardBowker). General Manager: Stef Foster (@stefatrail) With thanks to the A1 Steam Locomotive Trust for additional material

The discovery of new materials is an immense challenge, with a vast design space and numerous success criteria. Microsoft has recently demonstrated an advanced approach to machine learning-assisted material discovery, particularly in the realm of lithium-ion battery electrolytes. They began by exploring all possible structure types, decorating these structures with various atoms, leading to a pool of millions of candidate materials. The screening process went beyond simple stability checks to encompass a broad range of criteria, including predicted properties, electrode stability, and cost. This was achieved through various layers of filtering, leveraging data from diverse calculations, ranging from costly DFT and MD simulations to lower-fidelity calculations. Microsoft wisely positioned the expensive calculations towards the end of the pipeline, focusing resources only on the most promising candidates. Furthermore, they partnered with the Pacific Northwest National Laboratory (PNNL) to synthesize the compounds identified. In this podcast, we'll delve into this process, the challenges faced, and the future opportunities in this field, in conversation with Chi Chen and Nathan Baker. If you want more details on teh work microsoft is doing in this space, you can check out their paper where they provide more details on the methodology and experimental results. This episode of the Materialism Podcast is sponsored by Microsoft Azure Quantum Elements. You can try out their new copilot tools in an online demo on their Copilot Website. And if you want to learn more about how Microsoft is accelerating scientific discovery, you can head over to the Microsoft Azure Quantum Elements Website. Thanks to Kolobyte and Alphabot for letting us use their music in the show! If you have questions or feedback please send us emails at materialism.podcast@gmail.com or connect with us on social media: Instagram, Twitter. Materialism Team: Taylor Sparks (co-host, co-creator), Andrew Falkowski (co-host, co-creator), Jared Duffy (production, marketing, and editing). Keywords: AI Quantum Microsoft Materials Acceleration Battery Lithium Ion Li

My guest for Episode #257 of the My Favorite Mistake podcast is Chris Lewicki, an Astrofuturist, Engineer, and Entrepreneur who is interested in developing strong, thoughtful foundations for the near-future space economy. Episode page with transcript and more He's a multi-time co-founder. He first co-founded and was CEO of Planetary Resources Inc. (PRI), which focused on the prospecting, development, and use of resources found on near-Earth asteroids. (Skip) He helped acquire over $60M in investment and revenue, built a team of 80 extremely talented engineers, scientists, and business and policy leaders, and launched 3 experimental spacecraft to advance the adoption of space resources as a crucial part of humanity's activities in space. Prior to entering the private sector, Chris was a key member of NASA's Mars Exploration Rovers and the Phoenix Mars Lander, serving as Flight Director for the Mars rovers Spirit and Opportunity, and as the Surface Mission Manager for Phoenix. Chris received both bachelor's and master's degrees in aerospace engineering from the University of Arizona. He's the recipient of two NASA Exceptional Achievement Medals and has an asteroid named in his honor: 13609 Lewicki. Chris imparts lessons learned from his early days in NASA's Mars exploration projects, where a potential disaster during a rover test thrust him into the limelight as an emerging leader in the field. His poignant recount of the incident underscores the nuanced details that contribute to the success or failure of any mission and the critical concept of design for test( DFT). Drawing parallels to the broader engineering community, this episode's riveting discussion reveals essential strategies used in this high-stakes industry. The implementation of mistake-proofing tactics, robust system performance to ensure resilience, or ‘poka-yoke', and the introduction of redundancy in spacecraft design all contribute to an airtight spacecraft system. Learn from Chris's profound insights as he unravels the multifaceted considerations that go into ensuring functionality, designing for testability, and anticipating service requirements and testing needs during the initial design phases. Questions and Topics: Was it a connector being reversed??  New and innovative work… – was it a design mistake to not be “designed for test”? Could that have been mistake proofed in some way? It was not Would they have fired you? Did you ask??? Ernie or others?? Took time to be able to tell the story? How long? What response did you get to sharing that story online? Bringing these lessons into the private sector as CEO? How many people have taken you up on your offer to share their failure stories?? MY $500M MARS ROVER MISTAKE: A FAILURE STORY Netflix documentary on the James Webb telescope

Unlock the secrets behind Global Foundries' ascent to semiconductor supremacy and find out how a colossal $1.5 billion boost from the US CHIPS Act is setting the stage for technological innovation. Our guests, John Carulli, Ken Butler, and Shinji Hioki, join us from the frontlines of chip manufacturing to share their expertise on what it takes to be a pure-play foundry in today's competitive market. John holds 7 US Patents. He has over 50 publications in the areas of reliability, test, and process development. He is co-recipient of two Best Paper Awards and two Best Paper Nominations working in close collaboration with university partners. John serves on the organizing or program committees of several conferences including the International Test Conference, VLSI Test Symposium, and European Test Symposium. He is a Senior Member of IEEE. His research interests include product reliability, outlier analysis, machine learning, performance modeling, logic diagnosis, and security.Ken Butler is a Senior Director of Business Development in the Advantest Cloud Solutions (ACS) data analytics platform group at Advantest.  Prior to that, he worked for more than 36 years at Texas Instruments in DFT and test generation, semiconductor reliability, analog product and test engineering, and data analytics.  Ken has a BS from Oklahoma State University and an MS and PhD from the University of Texas at Austin, all in electrical engineering.  He is a Fellow of the IEEE, a Golden Core member of the IEEE Computer Society, and a Senior Member of the ACM.Shinji Hioki joined Advantest ACS in 2022, focusing on developing the ACS business in Japan. Prior to Advantest, he served as the ASIC Commodity Manager / Technologist at Tektronix for over five years, where he managed foundries and OSATs for ASIC production. Before his time at Tektronix, Shinji had a substantial 31-year tenure at Intel, where he held various roles in the Quality & Reliability organization, spanning development, high-volume manufacturing production, and supply chain management In this vibrant episode we track the transformation of silicon wafer dreams into the tangible powerhouse chips that energize our daily devices, dissecting the interplay of design, production, and the crucial customer relationships that drive the industry forward.Feel the pulse of the semiconductor world as we tackle the elephant in the room: the pressures of Moore's law and the herculean task of safeguarding tech's most sensitive data. This episode is a call to arms for more transparent collaborations between foundries, assembly, and test operations, with an eye on the future where open data flow might just be the magic ingredient for enhanced yield management and efficiency.As we wrap up our journey, we turn our attention to the fertile minds of tomorrow's tech leaders. We discuss how acts like the CHIPS Act and mainstream conversations about semiconductors are sparking interest among the youth, encouraging them to pursue careers in this electrifying field. Our conversation weaves through the importance of engaging storytelling in tech education, making semiconductor testing and assembly as thrilling as time travel adventures for the next generation. Thanks for tuning in to "Advantest Talks Semi"! If you enjoyed this episode, we'd love to hear from you! Please take a moment to leave a rating on Apple Podcast. Your feedback helps us improve and reach new listeners. Don't forget to subscribe and share with your friends. We appreciate your support!

Sebastian interviews Professor Lin Lin during the System One ribbon cutting event at Rensselaer Polytechnic Institute in Troy, NY. Professor Lin Lin's journey from computational mathematics to quantum chemistry has been driven by his fascination with modeling nature through computation. As a student at Peking University, he was intrigued by the concept of first principles modeling, which aims to simulate chemical systems using minimal information such as atomic species and positions. Lin Lin pursued this interest during his PhD at Princeton University, working with mathematicians and chemists to develop better algorithms for density functional theory (DFT). DFT reformulates the high-dimensional quantum chemistry problem into a more tractable three-dimensional one, albeit with approximations. While DFT works well for about 95% of cases, it struggles with large systems and the remaining "strongly correlated" 5%. Lin Lin and his collaborators radically reformulated DFT to enable calculations on much larger systems, leading to his faculty position at UC Berkeley in 2014.In 2018, a watershed year marked by his tenure, Lin Lin decided to tackle the challenging 5% of strongly correlated quantum chemistry problems. Two emerging approaches showed promise: artificial intelligence (AI) and quantum computing. Both AI and quantum computing are well-suited for handling high-dimensional problems, albeit in fundamentally different ways. Lin Lin aimed to leverage both approaches, collaborating on the development of deep molecular dynamics using AI to efficiently parameterize interatomic potentials. On the quantum computing side, his group worked to reformulate quantum chemistry for quantum computers. Despite the challenges posed by the COVID-19 pandemic, Lin Lin and his collaborators have made significant strides in combining AI and quantum computing to push the boundaries of computational chemistry simulations, bridging the fields of mathematics, chemistry, AI, and quantum computing in an exciting new frontier.Thanks again to Professor Lin and everyone at RPI for hosting me and providing such an amazing opportunity to interview so many brilliant researchers. 

Welcome to The BTA Podcast.  In these podcasts we will endeavour to share our thoughts, concerns, optimism and build those all-important human connections with our Partners, Members and Guests.In their latest conversation Clive Wratten and Andrew Clarke look back at their highlights of the BTA Spring Conference, recent interactions with MPs and representatives at the DfT.  They look forward to the BTA People & Talent Conference, the next Innovation Hub, conversations with the Rail Minister Huw Merriman and attendance at the Northern Transit Summit.You can subscribe to this podcast by searching 'BusinessTravel360' on Google Podcast, Apple Podcast, iHeart, Pandora, Spotify, Alexa or your favorite podcast player.This podcast was created by The BTA and distributed by BusinessTravel360.  For more information about The BTA visit us at TheBTA.org.ukSupport the show

In this special solo episode recorded at Q2B Paris 2024, Sebastian talks with Houlong Zhuang, assistant professor at Arizona State University, about his work in material science. Dr. Zhuang discusses his research on using quantum computing and machine learning to simulate high entropy alloy materials. The goal is to efficiently predict material properties and discover new material compositions.Density functional theory (DFT) is a commonly used classical computational method for materials simulations. However, it struggles with strongly correlated electronic states. Quantum computers have the potential to efficiently simulate these challenging quantum interactions.The research uses classical machine learning models trained on experimental data to narrow down the vast combinatorial space of possible high entropy alloy compositions to a smaller set of promising candidates. This is an important screening step.Quantum machine learning and quantum simulation are then proposed to further refine the predictions and simulate the quantum interactions in the materials more accurately than classical DFT. This may enable prediction of properties like stability and elastic constants.Key challenges include the high dimensionality of the material composition space and the noise/errors in current quantum hardware. Hybrid quantum-classical algorithms leveraging the strengths of both are a promising near-term approach.Ultimately, the vision is to enable inverse design - using the models to discover tailored material compositions with desired properties, potentially reducing experimental trial-and-error. This requires highly accurate, explainable models.In the near-term, quantum advantage may be realized for specific local properties or excited states leveraging locality of interactions. Fully fault-tolerant quantum computers are likely needed for complete replacement of classical DFT.Continued development of techniques like compact mappings, efficient quantum circuit compilations, active learning, and quantum embeddings of local strongly correlated regions will be key to advancing practical quantum simulation of realistic materials.In summary, strategically combining machine learning, quantum computing, and domain knowledge of materials is a promising path to accelerating materials discovery, but significant research challenges remain to be overcome through improved algorithms and hardware. A hybrid paradigm will likely be optimal in the coming years.Some of Dr. Zhuang's papers include: Quantum machine-learning phase prediction of high-entropy alloysSudoku-inspired high-Shannon-entropy alloysMachine-learning phase prediction of high-entropy alloys

In this episode of the Benevolent AI Podcast, host Ryan Merrill is joined by Oliver Klingefjord, co-founder and tech lead of the Meaning Alignment Institute, to explore the transformative potential of artificial intelligence (AI) in shaping a future aligned with human values and ethics.

Anion binding and ion-pairing of organoplatinum(II) complexes with countercations increases solid-state phosphorescence 75 times Enhancing Solid-State Phosphorescence in Pi Electronic Molecules Pi Electronic molecules are luminescent materials with applications in photonics. However, they lose their luminosity in the solid state due to self-association. To address this issue, researchers from Ritsumeikan University, Japan introduced chloride ions and cations to dipyrrolyldiketone PtII complexes, creating a charge-by-charge arrangement. This innovative approach prevents self-association of Pi-electronic molecules, maintaining luminescent properties in the solid state. The study opens avenues for new emissive materials with potential applications in organic electronics and flexible displays. Photoluminescent molecules, capable of absorbing and re-emitting light, play an important role in the development of technologies such as light-emitting diodes, sensors, and displays. Among them, ordered arrangements of Pi-electronic molecules such as crystals of organoplatinum(II) complexes, where a platinum(II) ion is coordinated by organic ligands in a square-planar arrangement, stand out for their applications in energy-efficient flexible displays. However, their luminescence in the solid state is short-lived due to the interaction between excitons (bound electron-hole pairs) of neighboring molecules. To address this issue, bulky foreign molecules are introduced into the molecular structure to prevent or minimize the electronic interactions between molecules. Using this strategy, a research team led by Professor Hiromitsu Maeda from Ritsumeikan University, Japan, recently enhanced the solid-state phosphorescence in multiple organoplatinum(II) complexes, increasing the phosphorescence by upto 75 times. "Spatially and electronically isolated ordered arrangement of emissive ?-electronic molecules is a principal point for the preparation of emissive solid-state materials. This concept can be used in materials for organic electronics, particularly organic light-emitting diodes for flexible displays," explains Prof. Maeda. In their study published in Chemical Science on December 5, 2023, the research team synthesized dipyrrolyldiketone PtII complexes consisting of four different C^N ligands. These molecules display strong phosphorescence in solution but show extremely weak phosphorescence in the solid state due to self-association. To enhance their luminosity in the solid state, the team introduced ion pairs consisting of a chloride anion and tetraalkylammonium countercations: TPA+ (tetrapropylammonium), TBA+ (tetrabutylammonium), and TPeA+ (tetrapentylammonium). This resulted in ion-pairing assemblies consisting of chloride ion-binding PtII complexes and countercations. The chloride ions bind to the PtII complex via hydrogen bonds, while the cations form layers between the ?-electronic molecules. X-ray analysis confirmed the complex's rigid structure, where PtII complexes are separated by cations in charge-by-charge arrangements. By isolating the electronic molecules from each other, the researchers enhanced the luminescent properties of the organoplatinum(II) complexes in the solid state. Compared to the original anion-free states where the complex is not bonded to the chloride ion, the relative intensity of phosphorescence in Cl-binding PtII complexes with cations showed improvements ranging from 1% to 7.5%, a 75-fold increase over the original molecule. The luminescence also lasts significantly longer, with certain ion-pairing assemblies achieving an emission lifetime nearly 200 times longer than the monomeric PtII complex. Theoretical studies using DFT calculations revealed that the charge-by-charge packing structure prevents the delocalization of the electron wavefunction over PtII complexes. "To the best of our knowledge, such a room-temperature phosphorescence enhancement by anion binding and ion-pairing assembly has not been demons...

Natalie interviews Sukhi Wahiwala, a highly respected Sikh business celebrity, about the intersection of business and spirituality, discussing how aligning the head and heart can lead to success and confidence. Sukhi shares his DFT (Direct Focused Thought) method and the importance of clarity in overcoming procrastination. Drawing from his own lineage and teachings, Sukhi emphasises the significance of connecting with one's spiritual center and being of service to others.  KEY TAKEAWAYS There is great value in spending time with older generations and keeping their memory alive. Success in business can be achieved while maintaining a spiritual connection and moralistic approach. The DFT method involves asking deep questions, focusing thoughts, and removing blocks or restrictions in thinking. Believe in your own abilities and to have faith in something greater than yourself. Our beliefs shape our reality and that we have the power to manifest what we desire through focused thought and action. BEST MOMENTS "Money doesn't get you wisdom. It gives you access to things that can make you money, for example, may give you access to a lifestyle."  "We are spiritual beings, we're convivial, connected beings. But the key here is to have three core tenets of one's life, which is working hard, non, and tithing." "Confidence should be somebody who knows how to do something well, and they can repeat it with a strategy and a structure. Arrogance is when I'm the only one who can do it, and do you want to work with me, yes or no?"  "If you're a person who's a snoozer, then ask yourself, am I even stretching myself? Am I even living? Am I pushing myself, my barriers a little bit at all? Well, you're probably fine. No, you probably haven't set yourself a goal."  VALUABLE RESOURCES https://www.facebook.com/groups/confidententrepreneurscollective http://www.nataliearabella.com/club Consultation Call Booking - https://calendly.com/natalie-arabella-bailey/confidencecollective ABOUT THE GUEST Sukhi Wahiwala is a very well known & Respected Sikh Business Celebrity, Successful Down to Earth Award Winning Visionary Entrepreneur; Forbes Recognised Judge, Dynamic Ted Talk Speaker, Radio Presenter, Philanthropist, Business Mentor & trailblazer .Who Ignites  Global Success through Game-Changing MindSet Strategies that are Taylored for Individuals Who are Looking To Grow. ABOUT THE HOST Natalie Bailey, a Property Developer, Coach, and Mentor, boasts a decade of business acumen, from Bars to Gyms and eCommerce. Now partnered with her mother, Paula, in property development, she empowers others to find confidence and success in health, wealth, and happiness. Her Better Together initiative combats loneliness, aiding entrepreneurs through the Confident Entrepreneurs Club, Mastermind groups, and Retreats. Bridging Mallorca and London, Natalie embodies her teachings. Fitness, wealth, and happiness intertwine in her holistic approach. Dive deeper at www.nataliearabella.com for coaching plans and more info. CONTACT US FACEBOOK- https://www.facebook.com/nataliearabellabailey LinkedIn- https://www.linkedin.com/in/nataliegoldstarbep/ Instagram- https://www.instagram.com/nataliearabellabailey/ Clubhouse- https://www.clubhouse.com/@nataliearabella TikTok- https://www.tiktok.com/@nataliearabellab Email - team@nataliearabella.comThis show was brought to you by Progressive Media

העבודה בתחום הצ'יפים דורשת בדיקות מקיפות ויסודיות לקוד של הצ'יפ (ה-RTL).את הלוגיקה בודקים בסימולציה.אז מהי אמולציה?כדי לענות על השאלה ולהכיר את תפקידו של מהנדס האמולציה הזמנו לאולפן את סעיד סעבני שהקים שלושה צוותי אמולציה בעבר ומומחה בתחומו.אז על מה דיברנו?מה ההבדל בין סימולציה לאמולציה? ומה זה בכלל אמולציה?סוגי האמולציה שקיימים כיוםהאם תמיד צריך אמולציה?בונוס בשביל שי - האם יש DFT גם באמולציה?הפרק הזה משתייך לסדרת הפרקים שעוסקת בהכרת התפקידים של מהנדסי חשמל בתעשייה, אך אנחנו מציעים למי שמתחיל להאזין להקשיב קודם לפרק 7 (מהנדס Logic Design / Frontend) עם אמנון זיידמן על מנת להכיר את המושגים המדוברים בפרק.גרסאות חדשות של Gameboy Emulator תוכלו למצוא (בין היתר) בקבוצת הווטסאפ שלנו >>>https://chat.whatsapp.com/KwUu8pQsxx220qS7AXv04T

Today we delve into the world of communication and examine the challenges faced by infrastructure professionals when it comes to winning buy-in for new ideas, policies and projects. That's buy in from the public and from politicians.I have described this process as creating the Stories to communicate change. Well let's discuss this!It is a stark reality that the experts charged with planning, designing, constructing and operating our infrastructure assets are not necessarily always AS focused or AS skilled as they need to be when it comes to translating brilliant and sensible ideas into popular or even supportable solutions. Typically, problems can occur from a lack of focus on the impact that a particular idea or project might have on specific people, or insufficient understanding of the needs and fears of local communities. This failure to properly analyse the benefits – or disadvantages – can quickly render change practically difficult or politically impossible.Getting this analysis and approach wrong can stop progress in its tracks; getting it right usually ensures that the benefits of infrastructure investment are reaped across communities – communities who understand and believe in that change and who subsequently have the confidence to demand more.It's a huge and important challenge, so to help me I have two guests today, Teresa Jolley and Sir Nic Carey, founders of transport communication specialist DEFT153. Teresa and Nic both of  have career spanning experience in helping experts across the sector to successfully navigate this tricky process - and in building the vital trust required to shepherd individuals and teams through difficult processes of change.Teresa's background is in communications and in the design and delivery of events, networking and community engagement across the transport sector. Nic has spent a career working largely in central government to help accelerate the uptake and use of data as tool to better design policy interventions – most recently as head of data an digital transformation at the DfT.Together, according to the internet, they “simplify the communication of technical subjects” and “help technical staff deliver engaging insights that inspire change”.Resources DEFT153 websiteBournville Clarinet Choir - Teresa's creative outlet!

DFT's TYA (Theater for Young Audiences) Presents, Fancy Nancy The Musical! DFT Info: ⁠⁠⁠⁠https://deerfieldtheater.com/⁠⁠⁠⁠ Check out April Sigman-Marx. Performances: Thursday, 8/3; 6:00 pm Friday, 8/4; 10:30 am and 6:00 pm Saturday, 8/5; 10:30 am and 2:00 pm Sunday, 8/6; 10:30 am Purchase Tickets: ⁠⁠⁠⁠⁠https://bit.ly/3othZ4Q⁠⁠⁠⁠

DFT's TYA (Theater for Young Audiences) Presents, Fancy Nancy The Musical! DFT Info: ⁠⁠⁠https://deerfieldtheater.com/⁠⁠⁠ Check out Danny Abosch. Performances: Thursday, 8/3; 6:00 pm Friday, 8/4; 10:30 am and 6:00 pm Saturday, 8/5; 10:30 am and 2:00 pm Sunday, 8/6; 10:30 am Purchase Tickets: ⁠⁠⁠⁠https://bit.ly/3othZ4Q⁠⁠⁠⁠

DFT's TYA (Theater for Young Audiences) Presents, Fancy Nancy The Musical! DFT Info: ⁠⁠https://deerfieldtheater.com/⁠⁠ Performances: Thursday, 8/3; 6:00 pm Friday, 8/4; 10:30 am and 6:00 pm Saturday, 8/5; 10:30 am and 2:00 pm Sunday, 8/6; 10:30 am Purchase Tickets: ⁠⁠⁠https://bit.ly/3othZ4Q⁠⁠⁠ Message us: ⁠⁠⁠https://anchor.fm/dft

One of the best ways to speed-up product development is to integrate test as early as possible in the design cycle. This shift-left strategy becomes even more critical when advanced IC designs evolve from a single die per package to complex systems with multiple dies integrated into a package. These 2.5D and 3D multi-die design strategies pose some interesting challenges and opportunities for test. Today, David Lyell interviews Joe Reynick, the Tessent Product Engineering Manager for Siemens EDA. He'll help us to understand the complexity of development tests for 3D and 2.5D packages. In this episode, you'll learn about the challenges of performing comprehensive tests on 3D and 2.5D designs. You'll also hear about the factors that you need to consider while planning for 3D DFT and IP tests. Additionally, you'll hear about how 2.5D tests and 3D tests can complement each other. What You Will Learn In This Episode: The things you need to be aware of when doing 2.5D and 3D tests (03:34) The DFT and IP test methods that the DFT and IP test team should implement (09:36) The die and package level planning interactions needed for 3D DFT and IP test (11:22) Factors to consider while doing 3D tests (14:20) What is involved in multi-die IP core test (16:00) Connect with Joe Reynick:  LinkedIn Connect with David Lyell:  LinkedIn Hosted on Acast. See acast.com/privacy for more information.

Welcome to The Nonlinear Library, where we use Text-to-Speech software to convert the best writing from the Rationalist and EA communities into audio. This is: Mesa-Optimizers via Grokking, published by orthonormal on December 6, 2022 on The AI Alignment Forum. Summary: Recent interpretability work on "grokking" suggests a mechanism for a powerful mesa-optimizer to emerge suddenly from a ML model. Inspired By: A Mechanistic Interpretability Analysis of Grokking Overview of Grokking In January 2022, a team from OpenAI posted an article about a phenomenon they dubbed "grokking", where they trained a deep neural network on a mathematical task (e.g. modular division) to the point of overfitting (it performed near-perfectly on the training data but generalized poorly to test data), and then continued training it. After a long time where seemingly nothing changed, suddenly the model began to generalize correctly and perform much better on test data: A team at Anthropic analyzed grokking within large language models and formulated the idea of "induction heads". These are particular circuits (small sub-networks) that emerge over the course of training, which serve clearly generalizable functional roles for in-context learning. In particular, for GPTs multi-layer transformer networks doing text prediction, the model eventually generates circuits which hold on to past tokens from the current context, such that when token A appears, they direct attention to every token that followed A earlier in the context. (To reiterate, this circuit does not start a session with those associations between tokens; it is instead a circuit which learns patterns as it reads the in-context prompt.) The emergence of these induction heads coincides with the drop in test error, which the Anthropic team called a "phase change": Neel Nanda and Tom Lieberum followed this with a post I highly recommend, the aforementioned A Mechanistic Interpretability Analysis of Grokking. They looked more closely at grokking for mathematical problems, and were impressively able to reverse-engineer the post-grokking algorithm: it had cleanly implemented the Discrete Fourier Transform. (To be clear, it is not as if the neural network had abstractly reasoned its way through higher mathematics; it just found the solution with the simplest structure, which is the DFT.) They also gave a fascinating account of what might be happening behind the curtain as a neural network groks a pattern. In short, a network starts out by memorizing the training data rather than finding a general solution, because the former can easily be implemented with one modification at a time, while the latter requires coordinated circuits. However, once the model reaches diminishing returns on memorization, a bit of regularization will encourage it to reinforce simple circuits that cover many cases: And the natural way to do this is by picking up on regularities in the data - eg, you can memorise modular addition twice as efficiently by recognising that x+y=y+x. Once these circuits emerge, gradient descent quickly replaces the memorized solution with them. The training error decreases ever-so-slightly as the regularization penalty gets lower, while the test error plummets because the circuit generalizes there. To make an analogy: What Grokking Feels Like From the Inside You're an AI being trained for astronomy. Your trainers have collected observations of the night sky, for a millennium, from planet surfaces of ten thousand star systems. Over and over, they're picking a system and feeding you the skies one decade at a time and asking you to predict the next decade of skies. They also regularize you a bit (giving you tiny rewards for being a simpler AI). Eventually, you've seen each star system enough times that you've memorized a compressed version of their history, and all you do is identify which system you're in and then replay your memories of it. For instance, within the first few visits to our system, ...

Music theorist Dr. Jenn Harding joins Xanthe for an analysis of minutes 16-20 of The Empire Strikes Back. We talk about textural shifts, snowspeeder sound design, macroharmony, musical structure, spectrograms, math, intonation, the Leia-Han-Luke love triangle (and what the music has to say about it), and more!  This episode is also on YouTube (with spectogram visuals): https://youtu.be/nnflnU9iecM  Discussion Guide: 00:00 - Hello there! 04:15 - Interaction between music and sound design. 06:54 - How Ben Burtt crafted the snowspeeder and snow sounds. 14:07 - Mechanical-sounding perpetual motion with triumphant trumpet flourishes on top. 22:58 - Weird, angular oboe melody and a massive texture shift. 27:54 - No music during the impassionate kiss. 32:10 - Fuzzball, nerfherder. 35:10 - How Ben Burtt made the Imperial Probe Droid explosion sound. 37:38 - Using math to analyze harmony, intro to macroharmony. 45:16 - How would you define harmony? Harmony (abstract) and sonority 48:15 - Spectograms and discrete Fourier transform (DFT). (Visual demonstration of these Star Wars minutes viewed through the spectogram) 1:02:38 - Quick Tip: Orchestral listening challenge. 1:06:54 - Why does knowing the harmonic landscape of something matter? 1:12:45 - 12-tone scale, interval ratios, imperfect reality of intonation. 1:21:20 - Dialogue causing changes in the structure of the speeder music. 1:27:40 - Imperial March sounds steady but doesn't have the same motor. Accents. Why does the Imperial March sound almost... human? 1:45:59 - SWMM Questionnaire Things Mentioned: Jenn's Visual Pitch Class Vector Calculator: https://www.jenndharding.com/vectorcalculator Jenn's DFT Panorama Generator: http://www.jenndharding.com/panorama Complete Catalogue of the Musical Themes of Star Wars (by Frank Lehman): https://franklehman.com/starwars/. Check out Dominic Sewell's analysis of these cues! 2M2 Ben's Instructions - https://youtu.be/Dh9W98GykGs 2M3 Luke's Rescue - https://youtu.be/UTFX2QjGqzQ 2M4 The Imperial March - The Probe Scanner - https://youtu.be/UZaQDrN7YZU Musical Themes: 16b. Dark Side (Ostinato) 24) Imperial March Vamp 10a. Imperial March (Theme) Cues: Very end of 2M2 "Ben's Instructions" 2M3 "Luke's Rescue" 2M4 "The Probe Scanner" Where are we in the soundtrack(s)?: "The Wampa's Lair/Vision of Obi-Wan/Snowspeeders Take Flight" "Rescue from Cloud City/Hyperspace" "The Imperial Probe/Aboard the Executor" --------------- STAR WARS MUSIC MINUTE QUESTIONNAIRE: 1. In exactly 3 words, what does Star Wars sound like? Adventure. Nostalgia. Romance. 2. What's something related to Star Wars music or sound that you want to learn more about? The sound design and its coordination with the score. 3. What's a score or soundtrack you're fond of besides anything Star Wars? Lord of the Rings (by Howard Shore) --------------- Guest: Dr. Jenn Harding https://jenndharding.com https://twitter.com/dizzyfingers42 ----------------- If you want to support the show and join the Discord server, consider becoming a patron!  https://patreon.com/chrysanthetan Leave a voice message, and I might play it on the show...   https://starwarsmusicminute.com/comlink Where else to find SWMM: Twitter: https://twitter.com/StarWarsMusMin Spotify: https://smarturl.it/swmm-spotify Apple Podcasts: https://smarturl.it/swmm-apple YouTube: https://youtube.com/starwarsmusicminute TikTok: https://www.tiktok.com/@starwarsmusicminute? Instagram: https://instagram.com/starwarsmusicminute Email: podcast@starwarsmusicminute.com Buy Me A Coffee: https://buymeacoffee.com/starwarsmusmin

Chapter 342 - "The Label Brings Me So Much Joy" ...as read by Casey Horrigan of Iodine RecordsToday we welcome Casey Horrigan, founder of Iodine Records to the podcast! I've gotten to work with a bunch of Iodine bands this year and it only seemed fitting to chat with Casey about the label. Casey talks about Iodine's founding, demise, return, legacy, and more.https://iodinerecords.com/Make sure you check out Iodine's killer discography at https://iodinerecordings.bandcamp.com/music Here me chat about Hum's Inlet on DFT's Dungeon at https://www.gabbermedia.com/dft-dungeon/2022/10/9/v9tvbg1bw7gofp2l4daidffiyjxorpChapter 342 Music:Her Head's On Fire - "Burn"Hey Thanks - "This Small Space"OneLineDrawing - "Tenderwild"Stretch Arm Strong - "Second Chances"The Darling Fire - "Rituals"---As The Story Grows links:​Help out at PatreonATSG WebsiteATSG Music and MerchJoin the Email ListATSG FacebookEmail: asthestorygrows@gmail.comYouTube - https://www.youtube.com/channel/UCNuP0_JUpT6DoIhhbGlwEYA?view_as=subscriber 

הכירו את שי אוליבר, מהנדס DFT בעל 6 שנים של ניסיון בתחום. אנחנו ממשיכים לראיין תפקידים שונים בשרשרת הייצור של צ'יפים וכעת נכיר את התחום של Design For Test. הפעם אירחנו מומחה שהוא גם חבר והצפנו אותו בשאלות על התחום.נשמח לשמוע מכם וליצור שיח על נושא הפרק, על פרקים שכבר היו ועל פרקים עתידיים שעוד יהיו.מוזמנים גם לדבר איתנו בכל נושא אחר :)הערות ותובנות? הצעות לשת"פים? כתבו לנו! podcasthardreset@gmail.comתהנו ותשתפו עם חברות וחברים!

Join friend and former co host Daniel Terry and I as we do what we always do, talk about any and everything on a podcast. Dan and I get into the weeds of the podcasting process, and how we get excited about the episodes we do, but HATE waiting to drop them when we start stacking content. Dan opens up about deciding to make better lifestyle choices, and how that led to him losing weight, getting sober and finding a new sense of confidence in himself and ultimately why he left Discography Discussion and how that gave way to him going out on his own with DFT's Dungeon. We also talk about meting each other for the first time in person, being there for each other to talk about the things going on in our lives and so much more in this look into our friendship. Intro Music: “Remember “This Night” (Podcast Edit) by Chae Hawk "Pretty Lights" by Heartsick Show Sponsors: Rockabilia (www.rockabilia.com) USE OUR CODE BREWTALLY AND GET 10% OFF YOUR TOTAL ORDER!! The Bean Bastard (www.thebeanbastard.com) On Point Pomade (www.onpointpomade.com) USE OUR CODE BSP15 AND GET 15% OFF YOUR TOTAL ORDER!! Links: Facebook: www.facebook.com/profile.php?id=100083954821061 www.facebook.com/rockabiliacom www.facebook.com/onpointpomade www.facebook.com/thebeanbastard www.facebook.com/brewspeakpod Instagram: @dftdungeon, @onpointpomade, @beanbastard, @brewspeakpod, @jbeatty616 Twitter: @dft9000, @onpointpomade, @bean_bastard, @rockabilia, @brewspeakpod, @jbeatty616 Website: https://www.gabbermedia.com/dft-dungeon www.brewspeakpod.com Patreon: www.patreon.com/brewspeakpod Email: Brewtallyspeaking@gmail.com RATE/REVIEW/SUBSCRIBE!!! --- Support this podcast: https://anchor.fm/brewspeakpod/support

Episode 304 is up and live now with Daniel Terry from the DFT's Dungeon Podcast and many more! Be sure to check out this chat with a badass dude with great stories to tell and a wealth of music knowledge. A good buddy and a great podcaster. Don't forget to rate and subscribe! We are now proudly presented by Equal Vision Records and Sound Talent Media.  @equalvision @stmpodcasts   Love the show? Sign up for Premium Pleasure Http://peerpleasure.supportingcast.fm   Visit the website at: www.peerpleasurepodcast.com   Go Rate, Write a Review and subscribe to the show now on Apple Podcasts, Google Play, Stitcher or wherever you listen to podcasts.   You can now rate the show on Spotify! Please take a moment to do that now if you are streaming on Spotify. Follow the show on Instagram: @peerpleasurepod Follow the show on Twitter: @podpeerpleasure Follow the show on Facebook: @peerppod You can email me at: peerpleasurepod@gmail.com Don't forget to check out our amazing sponsors! Go to distrokid.com/vip/ppp for 30% off your years membership to get your music distributed online everywhere! Thank you DistroKid! Go to Rockabilia.com and enter code “PEER15” for 15% off your total order on band merch now! Go to Hearinglife.com to set up your complimentary hearing evaluation now! @thunderboltguitars @ryderevanrobison.studio @stringjoy @rockabilia @distrokid @hearinglife Music Credits: Opening theme song, "Trans-Am Sunday" by Hobosexual Closing theme song, "My (fucking) Deer Hunter" by Fear Before The March Of Flames Learn more about your ad choices. Visit megaphone.fm/adchoices

As TfL passes the latest deadline in discussions over government funding and unions continue to threaten strike action, the future of transport in London hangs in the balance. On Wednesday afternoon Transport For London said discussions with the DfT were “ongoing” and repeated calls for £927million to get through the rest of the year, as well as a long-term funding deal.The company also accused unions of ‘undermining' its bailout deal negotiations with further threats of strike action, which are planned for later this month.The Evening Standard's Political Reporter Rachael Burford explains what could happen next as discussions continue. And CEO of Centre For London Nick Bowes discusses how the situation has become so dire for TfL, and gives his predictions for what might happen next.Follow us on Twitter for more news @EveningStandard See acast.com/privacy for privacy and opt-out information.

This week Charli talks with Tim Merkel about taking pump technology into the cloud Timothy Merkel has been involved in the water and wastewater industry for over 20 years with a focus on building partnerships in the wastewater business with distributors, vendors, and other key relationships across the industry.  He has served as Secretary / Treasurer for the Submersible Wastewater Pumping Association (SWPA) in the past and is currently the Chairman of the Marketing Committee for the organization.  Timothy got his start in the water and wastewater market at Conery Mfg Inc in Ashland, Ohio in 2003; eventually serving as the National Sales Manager there followed by serving as the Engineered Sales Manager at Topp Industries in Rochester, Indiana from 2011-2017.Since 2018, Timothy has served as the Business Development Manager at Metropolitan Industries in Romeoville, Illinois.  Operating out of Ashland, Ohio, he continues to travel the United States in support of Metropolitan Industries including the East Coast branch of Emmons Metro located in Albany, New York.Interview starts @ 7:56Lets Get Social #ManufacturingMonday: DFTDFT® Inc. manufactures world class, problem solving, in-line, axial flow, nozzle style, silent check valves and severe service control valves. DFT engineers design products using the latest CAD, FEA, and CFD design technology software. Our staff responds quickly and our systems are designed to deliver reliably within our ISO9001-2015 quality management system. For more than seventy years DFT has solved check valve problems, prevented check valve failure and water hammer, and solved severe service control valve problems.United for Infrastructure - May 16-20th. Meetups!Don't forget to preregister for them to get the Zoom linkEmpowering Women - Wed, May 11th (every second Wed) at 11 CTMentorship Circles - every 2nd Monday, May 9thBook Club - May 24thEmpowering Pumps – May 17 (every third Tuesday) at 10 am CT Join us on SlackIn the NewsWhat You Need to Know about Check Valves and Cracking PressureHow to Set up Environmental Controls for Pump SystemsYou can always reach us through social @EmpoweringPumps on Facebook, LinkedIn,  Instagram and Twitter and using the hashtag #EmpoweringIndustryPodcast or via email podcast@empoweringpumps.com

This week Charli and Bethany talk about Social Media Branding and how to make your graphics and images stand out.Then Charli interviews Jeff Kane, the Director of Sales and Marketing at DFT, all about his 35 year career in the valve industry. [Interview Starts @25:31]Watch on YouTube!Jeff Kane has been involved in the valve industry and sales for 35 years working for DFT, Deacon Industrial, and XOMOX in positions such as a regional sales manager, sales and marketing manager, and vice president of industrial sales. Jeff has a B.S. in Business Management from East Tennessee State University. Jeff is a long-time member of the VMA Education & Training Committee.https://www.linkedin.com/in/jeff-kane-87a69552/Resources and Links:EPIC - event informationEPIC - Charli's blogGet the digital editionSign up for the NewsletterPerson of the WeekNominate an Industry Person of the WeekEmpowering Women Meetup - Wed. April 13Empowering Women Book ClubEmpowering Women Mentor MondaysEmpowering Pumps Meetup - Tues, April 19Empowering Women PodcastLunch & Learn with VinceCentrifugal Pump Basics: The Importance of Best Efficiency PointCFturbo, Inc. Launches Major Software Updatehttps://empoweringpumps.comhttps://empoweringwomeninindustry.comTwitter | Facebook | LinkedIn | Instagrampodcast@empoweringpumps.comhttp://creativecommons.org/licenses/by/4.0/

In episode 30 of Girls Throw Too Meesh fills us in on her journey back to winner status within the world of DFT league play. Whit recounts a “pop up” home tent league night that came about at her home on the east coast. The ladies recap some of their favorite and best dressed player sightings from ACL Open number 3 in Ohio. The ladies discuss whether or not PPR is a reliable measure when placing a cornhole bet. Feature Interviews with ACL Pro and a current top ranking player Ryan Windsor. That's followed by a physical fitness check in with expert trainer Coach Adam Brown from Ohio. Guests: Feature Player spotlight interview with Ryan Windsor (begins at 15:23)Sports performance expert Coach Adam Brown (begins at 30:30)Girls Throw Too Website: https://girlsthrowtoo.comFacebook: https://www.facebook.com/groups/276040074164229/Twitter: https://twitter.com/GirlsThrowTooInstagram: https://www.instagram.com/girlsthrowtoo/YouTube: https://www.youtube.com/channel/UC_ZZ9IXFbzMohv-lpWmzw9QTikTok: https://www.tiktok.com/@girlsthrowtooWhitney on IG: https://www.instagram.com/wingram/Michelle on IG: https://www.instagram.com/michellehastiethompsonCheck out our expert Coach Adam Brown: https://www.facebook.com/brownperformance/ Brownfitnessandperformance.comSupport the show