Podcasts about moore's law

Season 3 Part 16 of the Travels With Randy podcast is here! When Life Gives You Lemons So we should all know by now that the more you plan out your life, the more life just smiles at you and starts hurling lemons.  Hopefully, they hit you in the head and knock some sense into you. Randy's plan to drive Snuffy to the 4 corners of the USA hit a considerable snag several weeks ago.  As he was approaching the North Carolina Outer Banks area, he received a call from back home that his 92-year-old mother had had a stroke and was in the hospital.  Of course, he immediately headed to the nearest big city, found a safe storage place for Snuffy, and flew home. Thus began a few weeks of being with Mom and getting her settled in to a new home where she could be more actively cared for.  Randy and his family got her settled in, made sure she was comfortable, and re-joined his adventure already in progress.    So this week the fellas talk a lot about life, death, attitude, A.I. (?), health and wellness, and the comedy/tragedy that is US politics. Come join the conversation on Facebook! https://www.facebook.com/travelswithrandypodcast Have a great idea for the guys?  Want to sponsor us?  Want to be a guest?  Email bubba@travelswithrandypodcast.com 

On this episode of the Futurum Tech Webcast – Interview Series, host Ron Westfall welcomes Sandeep Bharathi, Chief Development Officer at Marvell Technology for a conversation on AI and the impact that it's having on the semiconductor industry as well as portfolio development, during Marvell's Industry Analyst Day Event. Their discussion covers: The impact that AI will have on semiconductor technology and the market moving forward from Marvell's perspective How Moore's Law is changing and how Marvell has shifted its technology and IP strategy to address this change Advanced connectivity IP and technologies that Marvell is working on in their applications What areas Marvell is investing in moving forward  

A VFX Artist from Infinity Ward joins to discuss ongoing VRAM issues & developing AAA games! [SPON: Skip the waitlist & Invest in blue-chip art: https://www.masterworks.art/mooreslawisdead ] [SPON: dieshrink = 3% off Everything, brokensilicon = 25% off Windows: https://biitt.ly/shbSk ] [MASTERWORKS DISCLOSURE: Masterworks works allows you to purchase shares in great masterpieces from artists like Pablo Picasso, Banksy, Andy Warhol, and more. The process is simple: -Create your account with your traditional bank account -Pick major works of art to invest in or our new blue-chip diversified art portfolio -Identify investment amount -Hold shares in works by Picasso or trade them in our secondary marketplace See important Masterworks disclosures: https://www.masterworks.com/about/disclaimer?utm_source=mooreslawisdead&utm_medium=youtube&utm_campaign=4-15-23&utm_term=Moores+Law+is+Dead+Viewer&utm_content=disclaimer ] 0:00 Who is Chris? What is using up more DRAM in recent releases? 15:36 Are 12GB GPUs already in trouble? What's filling up VRAM? 35:26 RX 7800 XT 16GB – Methods of configuring a 4070 killer! 44:02 RTX 4060 Ti 8GB vs RX 7700 XTX 16GB, Future of Used 8GB Cards 50:51 Did Nvidia stop talking to Game Devs about what they need? 56:11 Ending PS4 Support - How will this affect games? 1:10:20 4K120Hz - The "New Standard" for Call of Duty Optimization 1:20:22 Cross-Gen Development, GPU Optimization, Engine Bottlenecks 1:54:49 Direct Storage, MW Install Sizes, 500GB Future Games 2:01:35 Dealing with Online Hackers Previous Time Guest was on: https://youtu.be/239ntwGzg7c https://www.linkedin.com/in/cjreaytechart/ https://www.techspot.com/review/2657-amd-ryzen-7800x3d/ https://youtu.be/Rh7kFgHe21k https://youtu.be/Isn4eLTi8lQ https://www.amd.com/en/products/professional-graphics/amd-radeon-pro-w7800 https://twitter.com/mooreslawisdead/status/1646631144689917954 https://cdn.mos.cms.futurecdn.net/frqtQnBW5427ACgTzxvQJf-1200-80.png.webp https://youtu.be/DKt7fmQaGfQ https://www.techspot.com/review/2663-nvidia-geforce-rtx-4070/

I wanted  to say a massive thank you for listening to Series 8 of the podcast and thank you to my wonderful guests Steve Furber, Dean Forbes, Michael Gibson, Jennifer Phan, Alvy Ray Smith, Polina Marinova Pompliano and Andrew Zuckerman.Since the beginning of this year, we have learned so much from these inspiring stories - from Steve Furber's quest to reverse engineer the human brain to Dean Forbes journey from homelessness to billion euro exits. I am forever grateful to my guests for trusting me with their stories and I hope you get what you need from these episodes too be it inspiration, valuable lessons or empowerment in the knowledge that if these people can do it, you can too.So today, as we close out Series 8, I wanted to leave you with some of my favourite snippets from each episode where I ask each guest what's one piece of advise they'd offer their younger selves.In order of appearance in this episode:Dean ForbesMichael GibsonAlvy Ray SmithSteve FurberJennifer PhanPolina Marinova PomplianoAndrew Zuckerman Enjoy!Danielle on Twitter @daniellenewnham and  Instagram @daniellenewnham  / Newsletter here

It's awards season, and we have an award-winning podcast for you this week. Just read the reviews:"Josh steals the show in this delightful podcast. Five stars."- JoshTekk ReviewsFull list of subjects below. Please, for the safety of those around you, try to contain your excitement.Timestamps:00:00 Intro00:21 Food with Josh01:56 Intel Arc DX9 update05:50 Report on Radeon RX 7900 launch supply09:01 Ryzen 7000 X3D at CES?15:26 Microsoft working on mobile "super app"18:05 Sabrent Rocket 4 Plus Gaming Edition21:07 Podcast Sponsor - MasterClass22:28 AMD says Moore's Law isn't dead28:57 Handcrafted Electrostatic Headphones33:06 The ORB X36:52 Apple kills photo scanning38:08 Lastpass hacked again41:36 More browser 0-day fun43:00 Podcast Sponsor - RocketMoney44:07 Gaming Quick Hits49:53 Picks of the Week55:31 Outro ★ Support this podcast on Patreon ★

#quantum #quantumcomputer #quantumcomputing #quantumphysics #india #podcast #toctw - "QUANTUM COMPUTER EXPLAINED & WHY INDIA NEEDS TO INVEST IN IT". Computers have been the driving force behind the progress of mankind, we have transitioned from room-size computers to the mobile revolution "computer in the pocket". As of 2022, the largest transistor count in a commercially available microprocessor is 114 billion transistors, we are at quasi-7 nanometer chips while @IBM Technology is working on 2 nm chip technology......is there a limit to Moores Law because the quantum effect will start kicking post 1 nm. Amongst the alternative new computing architectures, the most promising seems to be "Quantum Computers" where we will transition from bits to atoms, creating computation leveraging matter, spoke to Reena Dayal on the wonderful quantum journey ahead where a man could achieve god-like powers when we have a working Quantum Computer. Reena Dayal Yadav is a Technology Leader and an Innovation Management Expert. She is known for her work in Establishing and Scaling up Innovation Functions within organizations and Incubating new Tech Oriented Businesses. She is the Founding Chairperson for the Quantum Ecosystems and Technology Council of India ( QETCI) and the CEO and Partner for Benzaiten Advisors. She is on the Steering Committee of the IEEE Quantum Initiative , Chair for the IEEE Quantum Special Interest Group in India and on the Consultative Committee for Quantum for the Government of Telangana. She is the Ex-Chairperson for SNIA in India. She is also on the Governing Board and Executive Committee of The Cloud Computing Innovation Council of India. She is an Author – her Book “Innovation Magic” is a guide to creating and managing Innovation Management functions within Organizations. Her report on “Innovation Governance: Board Imperatives” has been published and referred to by many organizations. She is a mindfulness practitioner and believes in Mindful and Compassionate Leadership. She has an Engineering degree from IIT Roorkee. She is a Chevening Fellow for Science and Innovation Leadership Program from The Said Business School, University of Oxford. https://in.linkedin.com/in/reenadayal https://qetci.org https://reena-dayal.com/ https://twitter.com/reenadayal4 Dont Forget to Subscribe www.youtube.com/ctipodcast

#quantum #quantumcomputer #quantumcomputing #quantumphysics #india #podcast #toctw - "QUANTUM COMPUTER EXPLAINED & WHY INDIA NEEDS TO INVEST IN IT". Computers have been the driving force behind the progress of mankind, we have transitioned from room-size computers to the mobile revolution "computer in the pocket". As of 2022, the largest transistor count in a commercially available microprocessor is 114 billion transistors, we are at quasi-7 nanometer chips while @IBM Technology is working on 2 nm chip technology......is there a limit to Moores Law because the quantum effect will start kicking post 1 nm. Amongst the alternative new computing architectures, the most promising seems to be "Quantum Computers" where we will transition from bits to atoms, creating computation leveraging matter, spoke to Reena Dayal on the wonderful quantum journey ahead where a man could achieve god-like powers when we have a working Quantum Computer. Reena Dayal Yadav is a Technology Leader and an Innovation Management Expert. She is known for her work in Establishing and Scaling up Innovation Functions within organizations and Incubating new Tech Oriented Businesses. She is the Founding Chairperson for the Quantum Ecosystems and Technology Council of India ( QETCI) and the CEO and Partner for Benzaiten Advisors. She is on the Steering Committee of the IEEE Quantum Initiative , Chair for the IEEE Quantum Special Interest Group in India and on the Consultative Committee for Quantum for the Government of Telangana. She is the Ex-Chairperson for SNIA in India. She is also on the Governing Board and Executive Committee of The Cloud Computing Innovation Council of India. She is an Author – her Book “Innovation Magic” is a guide to creating and managing Innovation Management functions within Organizations. Her report on “Innovation Governance: Board Imperatives” has been published and referred to by many organizations. She is a mindfulness practitioner and believes in Mindful and Compassionate Leadership. She has an Engineering degree from IIT Roorkee. She is a Chevening Fellow for Science and Innovation Leadership Program from The Said Business School, University of Oxford. https://in.linkedin.com/in/reenadayal https://qetci.org https://reena-dayal.com/ https://twitter.com/reenadayal4

On the 80th episode of Zemach FM, we are talking about Moore’s law. Gordon Moore was one of the co-founders of Intel. His law/hypothesis has been a basis for a lot of chip and computer manufacturers’ growth. Episode Timeline 02:30 Episode title introduction 03:30 Can we call Moore’s law really a scientific law 05:10 What is Moore’s law 06:30 Computer field growth 09:10 How did Moore’s law come into play 09:50 What does the future of Moore’s law look like 11:13 Limitations of Transistors 14:05 Changing architectures to counteract overheating 15:30 Nanometer measurement for transistors 16:55 Moore’s law and Mores code 18:05 Why are computers binary Contact the hosts Henok Tsegaye Twitter Instagram LinkedIn Abdulhadmid Oumer Twitter Instagram linkedIn Follow Zemach FM and give us comment

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Visit https://thermofisher.com/bctl to register for your free Bringing Chemistry to Life T-shirt and https://www.alfa.com/en/chemistry-podcasts/ to access our episode summary sheet, which contains links to recent publications and additional content recommendations for our guest.The unstoppable progress in computational power that we have experienced in the last few decades, and that has changed the world as we know it, is almost entirely due to the relentless efforts of cramming an increasing number of transistors in microprocessors. Moore's law, predicting a linear increase in microchip transistor density, doubling every two years, has been consistently proven right, but we are now approaching physical limitations as resolution breaking the 5 nm barrier is quickly approaching molecular dimensions. This is why many think Moore's law is dead and this is why Rudy Wojtecki and the conventions-challenging teams at IBM Almaden Research Center are working on developing new paradigms for the computers of the future.Rudy is a polymer chemist by background and a true multidisciplinary scientist at heart. His work on self-assembling polymers and surface chemistry is innovating the way microchips are manufactured, and the way research is done at Almaden is providing a brilliant example of different scientific disciplines working together to accelerate progress.

❤️ Loved it!👎 Meh…Summary transcript: https://www.listory.com/ll/b3a69897edc04a7e43a8c32e2b658d721bf55646Original story: https://moores.samaltman.com/Description: We need to design a system that embraces this technological future and taxes the assets that will make up most of the value in that world–companies and land–in order to fairly distribute some of the coming wealth.

Sun. 5/16. China wants to boost disruptive semiconductor technologies as Moore's Law moves towards its limit

Join Shawn DuBravac of Avrio Institute and Ross Rubin of Reticle Research as they provide insights on the biggest tech stories, including: —what the outcome of Facebook's Oversight Board means for the future of the the site's governance —how the latest Twitter acquisitions and features are fueling its push into in the creator economy —the innovations from IBM and Lightmatter driving computing beyond today's processor limitations Go deeper on tech news in every episode of Techspansive!

Topic Summary: Moore's Law BSOD Whitest White and Blackest Black Federated Learning of Cohorts (FLoC) Brave Facebook Microsoft Cloud Gaming Content Delivery Networks EU proposes strict AI rules

We live in a world transformed by big tech and exponential advances in computing. It is no surprise we hope this pattern can be repeated with an energy transition as anxieties mount over the implications of climate change. Unfortunately, magical thinking leaves us far from deep decarbonization and brings with it some staggering implications when it comes to resource extraction and the waste stream of dilute and intermittent energy sources.   Mark P. Mills is a senior fellow at the Manhattan Institute and a faculty fellow at Northwestern University's McCormick School of Engineering and Applied Science, where he co-directs an Institute on Manufacturing Science and Innovation.

Moore's Law is dead, right? Not if we can get working photonic computers. Lightmatter is building a photonic computer for the biggest growth area in computing right now, and according to CEO Nick Harris, it can be ordered now and will ship at the end of this year. It's already much faster than traditional electronic computers a neural nets, machine learning for language processing, and AI for self-driving cars. It's the world's first general purpose photonic AI accelerator, and with light multiplexing -- using up to 64 different colors of light simultaneously -- there's long path of speed improvements ahead. Links: TechFirst transcripts: https://johnkoetsier.com/category/tech-first/ Forbes columns: https://www.forbes.com/sites/johnkoetsier/ Full videos: https://www.youtube.com/c/johnkoetsier?sub_confirmation=1 Keep in touch: https://twitter.com/johnkoetsier

In this episode, we discuss the potential of smart Artificial Intelligence, the perils of dumb algorithms and the potential utopian futures awaiting us as technology exponentially grows evermore controlling. This and more in an Exquisite Corpse episode compiled collaboratively, all from the title: MOORE'S LAW... Support us on Patreon Follow us on Twitter @SlashDupe Join us in our Facebook Group Slide into our Insta DMs @SlashDupe Ask our community questions at /r/SlashDupe Visit us at www.slashdupe.com Listen to us on Spotify Listen to us on Apple Podcasts Find more listening links at Anchor Guest: Dr. Lawrence Ampofo Hosts: Sean Scott, Ryan Scott, Dan de Cruz Films and TV discussed in MOORE'S LAW on IMDB Coming Soon! Actors, Crew and Creatives discussed in MOORE'S LAW on IMDB Coming Soon! --- Send in a voice message: https://anchor.fm/slashdupe/message

eicker.TV - Moore's Law und wir, MV vs Microsoft, Digitaler Impfnachweis, 5G - Frisch aus dem Netz. Weiterführende Links und Zitate zu allen angesprochenen Themen finden sich immer via eicker.media und für diese Folge direkt unter: https://eicker.digital/eicker-tv-moores-law-und-wir-mv-vs-microsoft-digitaler-impfnachweis-5g/ eicker.TV ist der Videokanal von Gerrit Eicker und eicker.digital zu Technews und Netzpolitik. Wir sprechen Online. Frisch aus dem Netz. https://eicker.digital Wir sprechen Online. - eicker.TV - https://YouTube.com/eickerTV - eicker.video - https://TikTok.com/@eickerTV - eicker.pictures - https://Instagram.com/eickerTV - eicker.news - https://SoundCloud.com/eickerTV - https://Twitter.com/eickerTV #eickerTV #OpenAI #KünstlicheIntelligenz

Our first (of hopefully, many) interviews with professors! Dr. Haddara is Fuad's Microelectronics professor at McMaster University's Faculty of Engineering. This conversation was a pleasure to record, and we went over so many different topics. Everything from his path into Academia, how you should choose what stream to go into, the role of community and faith in a balanced lifestyle, and the future of electronics (hint: it's quantum computing

Join the AdoredTV.com writing team as we discuss the latest news and information in technology. We'll be joined by a special guest: Tom with Moore's Law is Dead. We discuss Tom's channel, his background, Alder Lake, NVIDIA's CMP mining GPU and cryptomining in general. ♥ Check out https://adoredtv.com for more tech! Timestamps: 0:25 - Start 2:55 - How did you get your start in YouTube? 11:52 - What is your background and what were you trying to become professionally? 17:54 - What has been your best prediction and worst prediction? 21:30 - The Importance of Mindshare 26:39 - RDNA3 chiplets 27:50 - What would you like to see from the tech industry that no one seems to be focusing on right now? 30:32 - Alder Lake efficiency 38:58 - NVIDIA CMP mining GPU --- Support this podcast: https://anchor.fm/adoredtv/support

What changes when quantum computing is mainstream? Quantum computing is on the far reaches of science, using technology that accesses aspects of matter at quantum scales where physics almost overlaps with magic. Classical computing is simple: deterministic. You have something, or you have nothing. Quantum computing is complex: you can have something, or nothing, or both something and nothing at the same time. If that’s hard to wrap your head around, you’re in good company. Even Richard Feyman, 1965 Nobel Laureate in Physics and one of the founders of quantum computing famously said, “I think I can safely say that nobody understands quantum mechanics.” But we’re seeing major advancements in quantum computing today. You can now write a program and deploy it on quantum computers from anywhere. And D-Wave says that it's doubling qubits every 2 years. In this episode of TechFirst with John Koetsier we’re chatting with Alan Baratz, president and CEO of D-Wave.

“If we want to keep the Moore’s Law momentum going in computing, we have to do something different,” says CSAIL Professor Saman Amarasinghe, whose work with compilers is making them faster, more reliable, and more efficient. He discusses using new technologies like machine learning and modern algorithms and solvers to optimize code and get the performance needed to keep up with the rapid changes happening in industry. For more information, visit: https://cap.csail.mit.edu/engage/spotlights/saman-amarasinghe?utm_source=soundcloud&utm_medium=social%20media&utm_campaign=saman_amarasinghe_spotlight Access the transcript for the podcast at: https://cap.csail.mit.edu/sites/default/files/research-pdfs/Moore%27s%20Law%20Momentum%20with%20CSAIL%27s%20Saman%20Amarasinghe%20Transcript%20.pdf

Robert MacCurdy “ Can We Design Soft Electric Circuits That Don't Follow Moore's law?"

It's a common misconception that Moore's law is dead. That's because many believe it's about the speed of a CPU. But in reality Gordon Moore meant the number of transistors, not the clock frequency. And also, it's now even a law. Just an observation that holds true after half a century. OK, so what does this "law" state? Gordon Moore, before co-founding Intel, noticed that the number of transistors in a CPU doubles every two years. This means exponential growth. Which is a lot. So why are these transistors important? Read more: https://256.nurkiewicz.com/22 Get the new episode straight to your mailbox: https://256.nurkiewicz.com/newsletter

In this episode of Magnitude Andrew, Chris, and Temour discuss their thoughts on the future of computation and what it means for your money.Correction NVIDIA has not acquired ARM yet, but it is likely to be a successful acquisition.Join our Discord server!Discuss this episode on r/MagnitudePodcastLinks for discussion:Anandtech's thorough article discussing the M1 chip: https://www.anandtech.com/show/16226/apple-silicon-m1-a14-deep-diveApple's description and graphs of the M1 chip: https://www.apple.com/mac/m1/NVIDA's acquisition of ARM: https://www.theverge.com/2020/9/13/21435507/nvidia-acquiring-arm-40-billion-chips-ai-dealAMD's acquisition of ARM: https://www.amd.com/en/press-releases/2020-10-27-amd-to-acquire-xilinx-creating-the-industry-s-high-performance-computingMIT article on Moores Law: https://www.technologyreview.com/2020/02/24/905789/were-not-prepared-for-the-end-of-moores-law/

We talk with Anatoly founder of Solona which claims to be the fastest unpermissioned blockchain in the world (without using sharding) and his 18 year career working as a senior engineer at Qualcomm, scaling distributed systems used by millions of people.We explore the ‘blockchain trilemma’, its history, and what he proposes is it’s false trade-off between security, speed and security and why by solving for the hard concept of ‘time’ and shifting focus to unlocking gains from hardware based on Moores Law could allow us to leapfrog the limitations of blockchains today and enable fully automated highly decentralised discovery markets for machines and the convergence of blockchain, mixed reality like AR / VR and AI. We discuss 5G and we ask him ‘can we ever have a fully decentralised censorship resistant Web 3?’ when state actors can control the physical infrastructure of the internet.  

For decades, Moore's Law held that the number of transistors on a microchip would double every 18 months or so. But physics has gotten in the way. Now: our tech columnist Christopher Mims argues that we should be observing a new law, which he's calling Huang's Law - named for Jensen Huang, C.E.O. and cofounder of Nvidia. Amanda Lewellyn hosts. Kateri Jochum is the executive producer of WSJ podcasts. Learn more about your ad choices. Visit megaphone.fm/adchoices

Gaming is one of the more exciting industries in technology right now. We discuss the opportunities and precedents for Twitch and streaming phenomenon. Ben also takes us through leading chipmakers like NVDIA. 0:32 - Long term trends for Nvidia 2:16 - Demand for Nvidia GPU's in Data centres 3:03 - Use of Nvidia chips for Crypto mining 4:38 - Semiconductors are on the forefront for everything 5:46 - Nvidia compared to other chip makers, AMD and Intel 8:35 - Bitcoin mining economics 9:22 - Technology companies that 'miss the trend' 10:40 - Moore's Law and what it means for CPU's and GPU's 11:58 - What is the go-to for gamers now? 12:50 - Interesting stocks and opportunities for gaming - the shift to mobile gaming 15:35 - American vs Chinese Mobile games 16:10 - Sea's mobile game Freefire's recent success 18:40 - Ben's experience with mobile gaming 19:44 - Popularity of the MOBA category specifically League of Legends 21:05 - Online viewership of League of Legends worlds more than 44M concurrent 22:06 - Streaming as a platform for advertising games (Twitch, Mixer) 24:42 - Reddit gold - 100,000's donations add up 25:15 - Facebook hate speech fiasco 26:42 - Radicalisation of people through the Youtube algorithm 27:52 - TicTok's censorship and radicalisation 29:36 - Thoughts on gaming stocks (Activison, EA) 31:04 - IP conversion from console to Mobile 31:57 - Hit vs franchise games 34:30 - Microsofts unsuccessful move into the streaming industry 36:44 - Chinese apps and consumer trends moving to the US 38:16 - Thoughts on 3D gaming and where gaming will be in 5 years 39:46 - Historical precedence for streaming Chess on Twitch

Nick Hanauer on raising wages for low-paid workers // Paging Dr. Cohen -- COVID hospitalization side effects // Dose of Kindness -- raising money for diverse crayons // Gee Scott on renaming pro sports teams // David Rotman, editor of MIT Technology Review, on the end of Moore's Law // Jill Schlesinger on the next congressional aid package/ the stock market vs the economy

We speak to Arif Khan, CEO and Founder of Alethea.AI, which is a blockchain marketplace for synthetic media. We discuss all things under the sun related to synthetic media, specifically AI generated content. With the drop in costs of computing power, according to Moore's Law, this allows people to experiment with new technology and in this context AI generated content. This is where you have fully AI generated audio, videos and imagery leading people to experiment to create content without needing a particular person in the flesh. Take Alethea.AI's recent demo of Ex-President Obama where you see a virtual baby face Obama reading a script in a voice resembling much like his actual voice which was all created through AI. Essentially you can use Obama's voice to say anything you want! Of course, there are many implications of this, and Arif shares the good and the bad that can arise and the future demands we may see from such a technology, in particular the various use cases that can arise. Arif argues that the model of Cut, copy and paste of text transformed our lives, and we're able to do this with cut, copy and paste of a face. Think of how movies, individuals, influencers, can create tell and share new stories. Weird right and if you want to get weirder, think Black Mirror! Arif further argues how during a pandemic, AI generated content becomes more feasible for celebrities and brands to work together. We talk about how this is connected to blockchain and why it would enhance the technology further and enable its widespread adoption. This is an amazing episode where we learned so much about a new technology, the potential market for it, use cases for our private lives and businesses and how this could truly impact society in the long run. Special Guest: Arif Khan.

We have seen tremendous advances in sequencing technology. And the cost to sequence is going to zero, according to Moore's Law. More and more genes and gene sets are being correlated with clinical outcome and response to therapy. Is bioinformatics intelligence the missing link to realizing the promise of precision medicine? Will a company emerge as the Google or Amazon of cancer informatics? Our guest is Bruno Larvol, of the eponymous healthcare data company, Larvol.

Although some believe bitcoin mining is a wasteful activity, on today's show we dig into the relative world of constant fuel production, lumpy demand and bitcoin based load balancing. After years of bitcoin mining domination by china-based miners, some US power producers, both professional and incidental, are beginning to get into the game as a way to be more green. It's a narrative reversal if ever we've seen one and if proven successful by the early players could change the bitcoin mining landscape as we know it. But even without a "Green Bitcoin" narrative in the US, one of China's two major mining advantages has evaporated as Moores Law stretches out the useful lifespan of modern bitcoin miners hardware. Correction: Before installing miners, Greenidge Generation previously shut down during off-peak season, during the episode Adam incorrectly stated that it previously shut down during off-peak hours. Today's episode features Andreas M. Antonopoulos, Stephanie Murphy, Jonathan Mohan and Adam B. Levine This episode features music by Jared Rubens and Gurty Beats. Today's show is edited by Jonas, and sponsored by eToro.com Photo by Thomas Kelley on Unsplash

Although some believe bitcoin mining is a wasteful activity, on today's show we dig into the relative world of constant fuel production, lumpy demand and bitcoin based load balancing.After years of bitcoin mining domination by china-based miners, some US power producers, both professional and incidental, are beginning to get into the game as a way to be more green. It's a narrative reversal if ever we've seen one and if proven successful by the early players could change the bitcoin mining landscape as we know it.But even without a "Green Bitcoin" narrative in the US, one of China's two major mining advantages has evaporated as Moores Law stretches out the useful lifespan of modern bitcoin miners hardware.Correction: Before installing miners, Greenidge Generation previously shut down during off-peak season, during the episode Adam incorrectly stated that it previously shut down during off-peak hours.Today's episode features Andreas M. Antonopoulos, Stephanie Murphy, Jonathan Mohan and Adam B. LevineThis episode features music by Jared Rubens and Gurty Beats. Today's show is edited by Jonas, and sponsored by eToro.comPhoto by Thomas Kelley on Unsplash

Description: Everything that happens is connected to everything else. There are then, moments in time, that act as triggers toward a series of interconnected events that result in significant human progress. This occurs through periods of transformative societal change — from the initial tools that humans developed through the Stone, Bronze, and Iron Ages — and through the evolution of ideas during the Classical Era, Middle Ages, Renaissance, Reformation, Enlightenment, Industrial Revolution, and beyond — until we arrive to where we are today. There is a certain forcefulness around the march of technology as it fuses with prevailing ideas that stem from each iterative step forward. As the modern era developed, the conceptual idea behind a computer became the first machines to use mechanical relays and vacuum tubes, transistors and integrated circuits — advancement fueled by Moore's Law, microprocessors and quantum computers. Interconnected advancements continue to power significant progress. What will the future bring, as new forms of technology impact our society? Join Theo and Bradley in conversation with our partner Arunkumar Krishnakumar, as he talks about his new book Quantum Computing and Blockchain in Business: Exploring the applications, challenges and collision of quantum computing and blockchain and explores the progress possible through these interconnected technologies. See acast.com/privacy for privacy and opt-out information.

with Founders of the Alaska Salt Company: Britni and Casey Secanik - AlaskaSaltCo.com Plus...how to reset your 2020 Goals and...applying Moores Law of Diffusion to a Post Covid America

Transcript April 8, 2020 Mark Bayer Thanks everyone so much for being here on this special coronavirus edition of "When Science Speaks." This is Mark Bayer. I'm just so glad that you're here and you're joining us. Today's episode is brought to you by Bayer Strategic Consulting, a unique advocacy and training firm in the Washington DC area that helps scientists and engineers communicate effectively with their most important stakeholders - investors, policymakers and the public. And we're just so fortunate, amid these unprecedented times, to have Mike Grandinetti on the show today. Mike has spent his entire 25 year career immersed in innovation and entrepreneurship, solving these major problems as a serial tech entrepreneur, as a board member, as a professor, as a mentor, as a consultant and he's an internationally recognized expert in innovation and entrepreneurship. He's a contributor at Forbes and Money Magazine and the host of the "Disruptive Innovation" podcast. And I wanted Mike to come on the show today to talk about - to shine a light on - some of these programs, these initiatives that are happening in labs and in neighborhoods all across the country and in some parts of the world to try to respond to the lack of the lack of equipment that we're seeing in a lot of these places. And just the innovation that is out there, this pandemic obviously has caused so much pain and suffering and it's also ignited this entrepreneurism and this creativity around scientists and engineers - this is Mike's domain. So I'm so glad to have you on the show Mike and just really eager for you to share with our listeners what you see out there when you look across the landscape. Mike Grandinetti Mark, thank you so much for having me and really looking forward to having a good discussion with you and having a chance to, you know, get some really positive news out to your listeners, right? We've been hearing from many public sources that this will be one of the hardest weeks in US history. And you know, all of the major mainstream news outlets have been mostly discussing pretty grim news. And one of the things that I'd really like to do is I want to share just a series of very inspiring examples of innovation that is taking place across this great country, taking place at academic institutions at research hospitals, in small communities, both in the traditional innovation clusters like Silicon Valley in Boston and New York but also in small town America and what I would say is the response of the Americans citizen has been extraordinary. And so I think the real question, of course, is how did we wind up here? Mike Grandinetti And although this is truly a black swan event, right, truly it's a reset button on history. There's no question that there were warnings from prior pandemics and almost pandemics. And there were a lot of plans that were put in place. And a lot of those plans were discarded. So here we are with the most expensive health care system in the world. And we find ourselves today with an incredibly, incredibly depleted National Stockpile, especially when it comes to the most critical types of equipment like ventilators which are truly life and death. And then a lot of this protective equipment which is the difference between a doctor or a health care worker, you know, potentially contacting this virus themselves and not being able to help others or, you know, being so sick that they can pass away. So, what I'd love to do today, you know, as part of our discussion is to focus primarily on what I'll call the more urgent innovation initiatives that are happening around ventilators around masks and face shields, and some very innovative things that are filling the gap for a lack and some of this PPE you know, because I think these are the things that are just critically needed today. And what I would say is, as I've looked around the country and the globe, there's an endless number of positive stories. And, I know we talked about maybe sharing some other stories on a future podcast and also having the opportunity to have your listeners understand how they may get involved themselves, even from the comfort and the safety. have their own homes. Exactly. But I think today we'll focus largely on sort of the the ventilator and the PP initiatives that are so critically important and so inspiring and what's happened. So why don't we get to it then? So I mean, one of the things that most people may be wondering is how did we wind up in this mess when it comes to a lack of ventilators? And it turns out, right and Pro Publica has done a great job of reporting on this. Mike Grandinetti It turns out that several years ago, the Health and Human Services Administration entered into a contractual relationship with a Pennsylvania based ventilator maker and there was supposed to be a significant number of ventilators. This company is known as trilogy and they created the EVO universal ventilator It was developed with US government funds. There was a $14 billion contract that was established with the Health and Human Services Department. But yet not a single one of those ventilators ever was created or made it into the strategic stockpile. Now, this company became a part of Philips, the global, you know, electronics and medical device company. And Philips wound up taking this device or this design, this relatively economic design and actually creating higher end more expensive equipment that they've sold into commercial markets and essentially avoided, you know, fulfilling the contract. And it turns out, contractually, they had a right to do that. So, as we sit here today, I think there are lessons for the future about where, you know, where these strategic stockpiles need to be manufactured, how they need to be managed, but regardless, we are where we are. So what Let's talk about a handful of projects. Right right now there's a projection that we're going to wind up between 750,000 and a million ventilators short of what is needed. Mike Grandinetti Now, these are very complex devices. They are truly sophisticated devices. And unlike a lot of the Silicon Valley mindset move fast break things. You can't have that mindset when you build a ventilator. It has to work perfectly. And there needs to be very well trained staff to operate these ventilators into intubate. So one of the first projects that I'd like to shine a light on isn't a student led project coming out of MIT. And not surprisingly, MIT has been an incredibly powerful leader on many initiatives, and we'll cover a few of them, but this is a critical one. So this student group created an emergency ventilator and it's called the E-vent. Project. Now they're trying to do what we'll call frugal design. And they're trying to take advantage of existing equipment. And many of your listeners may have been personally, you know, either intubated or seeing a family member intubated with a bag. Mike Grandinetti And the bag is a very, very inexpensive device that is used to help pump oxygen into patient's lungs when they need to be intubated. Right, and they're found in every hospital room, every ambulance on the planet literally. And so what the MIT team did is say let's take advantage of something that's already ubiquitous. And let's make it a key component. And so, you know, this is not the first time that a bag mask valve oriented device was created. And in less than 14 days, they created a prototype of working prototype, right. And the initial intent was that it would be only for true emergency purposes when there was nothing else available. But the belief is that it's actually, you know, much more useful than that. So the, at this point, right, and I think a very important part of the message that I want to send out is that a lot of the projects that I'm going to highlight will be designs that have been tested, and that are available to be used by any healthcare organization, anywhere on the planet. So there's a group of there's a group of manufacturing people right now focused on getting this into high scale production. And the plan is to produce this literally as soon as possible. Now, it leads to a really interesting story of just how remarkable it has been to see the world come together. So of course, and you know this very well given what you do. Mike Grandinetti But normally University IP is considered quite sacred. Well, just yesterday, Harvard, MIT and Stanford announced this COVID-19 technology access framework. And so what they're basically doing is we're near as, as a very powerful group of research institutions of global renown. They're establishing a set of licensing principles that are going to incentivize and allow for the most broad and equitable access of, you know, to these University innovations that can be used anywhere in the world. And they're going to allow this to continue for as long as the pandemic exists and for some period thereafter. Okay. And then there's a second initiative called the open COVID pledge. And this is developed by a consortium of scientists and lawyers and entrepreneurs, right, and they're also trying to remove obstacles that would prevent the sharing of IP. So what we're seeing is this massive have global, you know, openness to sharing anything and everything that can help in the fight. And so this is the first example right now, on the other coast, you Cal Berkeley, you Cal Berkeley is also inspired by, you know, a very common device. Mike Grandinetti So for people out there if you know what sleep apnea is, it's an increasingly common, you know, ailment and you see so many people today traveling through airports with their c pap and their bipap machines that they bring with them on airplanes, right. So C pap machines are everywhere. And so the you Cal Berkeley team is working on a project which they're calling ventilator s o s. And what they're doing is they are gathering donated c pap and bipap machines, okay, for, you know, for conversion for non ICU patients. So in many ways you could say it would be somewhat equivalent Its capabilities to the MIT event project, right? And it needs to be converted for safe use. So on top of the traditional off the shelf seat pack that you might get from resume or a lot of other people, they put two additional filters, one filter oxygenates air that is delivered to the patient. And then a second filter is being used to filter air that is being released by the patient before being released back into the surrounding environment. So was not to infect, you know, the healthcare workers. And this was something that unfortunately was an issue that was really overlooked in Washington at the you know, the infamous nursing home where the first major cluster really started. So here you have two, very low cost, very easily manufactured ventilator projects, designs that have been released into open source and Where the, you know, where it can fill a critical need, but for all but the most seriously ill patients. Mark Bayer Mike just to chime in here. I mean, those machines, as you suggest, are really ubiquitous and people also tend to use them for a while and then when it needs repair or something like that, and then they need another one. So as far as Yeah, all over all over the place. That's, that's an encouraging level as far as getting those out to people who can, can make these adjustments so it can be used for this new purpose. Mike Grandinetti Absolutely, because when you think about the seat pet, most health care plans will replace someone keep that machine every five years. And so you can imagine, you know, millions of seat pet machines that have served a useful purpose probably still very functional. Hmm. But you know, like everything else with Moore's Law, there's newer, smaller lighter, right you know, cheaper devices that out there now. So absolutely. And then here's, I think something quite interesting, right? And this is this one is really inspiring to me. So Mass General Hospital, one of the great teaching hospitals in the world associated with Harvard Medical School. They've launched something called the CO vent 19th challenge. And I want to give a shout out to the the initiator in the head of the project. Dr. Richard Boyer, rich Boyer is both a medical doctor and a PhD in biomedical engineering. So this is one well educated man. And I also want to give a shout out to john Stevenson. John, very successful longtime Boston tech entrepreneur who was taken on the job of Chair of the advisory board. And so, what Dr. Boyer recognized right he saw this major gap looming. And this is a this is an anesthesiologist who is working shifts, you know, under horrific conditions right now at Mass General. And in his spare time, to the extent that he has any spare time, he's been working on, you know, creating this global challenge. Mike Grandinetti So this is a this is an eight week design challenge to produce rapidly deployable designs for two different kinds of devices. Okay. And so this, to me is about as inspiring as anything that you can imagine. And the goal for this team is to finalize these two designs that can go into full scale production very rapidly. And so the, you know, they're looking at a whole range of designs, and they're trying to really understand, you know, because I mean, everyone's sharing IP right now. So, they're trying to say, Okay, so what are the designs that are going to be able to be, you know, both, you know, just hit all of the right requirements, they're, they're relatively easy to build. They're not insanely expensive. They're relatively easy to operate. And so that's kind of what they're working on right now. So this is a huge design sprint. And you know, it's being run out of Mass General Hospital. So this is, this is something that I think people should be keeping their eye on, because I love the level of collaboration. And you know, and john Stevenson is a great connector to the mechanical engineering world, given what he's done. So he's a perfect person to kind of head up the commercial side of that. Right? So these are these are operations underway for ventilators. And then just it would I don't want to leave out Tesla. So there's a very interesting video for your listeners. Tesla, you know, without being asked, has gone off. And they've also been working on creating their own ventilator. Now, what's interesting about Tesla is they too, are trying to leverage parts that they're familiar with. So since they build cars, they're leveraging a lot of parts that are You know, part of the bill of material of Tesla automobiles because they know these materials, they know how these parts work, how they hold up. So if your listeners are interested, just search on Tesla ventilator, they'll come up with about a three and a half minute video, and you'll see a team of five different Tesla engineers all messed up. And I'll walk you through the schematic and they'll show you a working prototype. But you know, just, you know, it's all hands on deck right now. Yep. So this is kind of the, you know, the first wave. And, of course, what we hear on the news is one of the most critical of all innovation initiatives and I don't want to say that there aren't a lot of other ventilator projects going on, but I think these are some of the most prominent and some of the most promising so yeah, so so inspiring. Mark Bayer And you know, Mike, we've had a chance to talk offline about you know, your, your incredible experiencing career all all over the world and and you're seeing you know, Sort of activity now whether it's in Canada, you were talking about a project, you know, there and people changing their, you know, production lines and we've been hearing some of that in the news, but you really, you know, I think that part of this it's so it's unprecedented and it's, it's scary and it's and it's really disrupted completely, you know, the normal way of things even going out of your house which were recommended, you know, not to do on a regular on a regular basis and that can be very disabling for people. And you know, some listeners may be wondering, you know, in the face of this so sometimes a good way to kind of cope with situations like this is is to is to kind of do a deep dive and and to try to figure out well how can I contribute to the solution in a world so right out of control in a way I know we're going to get back and we're gonna, you know, things are gonna get to improve we know that the the experts are telling us that we stick to the plan but in the meantime, You know what some people do wherever they happen to be in whatever their level of expertise happens to be if they're just motivated to want to make a difference, what are some of the things that they should be thinking about? Mike Grandinetti Yeah, absolutely. And, you know, a lot of these initiatives that, you know, I've talked about and that I will talk about a lot of the innovators I've, I've interviewed sort of to get a little bit more detail and color before we had our discussion today. Most of them are doing this from their homes, and most of them are working out of their home. So the fact that these people are at home has not in any way prevented them from contributing. But you know, for citizens, let me let me share a couple of examples. Right. So one of the great acts of generosity that I've seen, comes from a company known as stratasys. And Stratos is a company that is making. It makes more 3d printers than any company on the planet. And they have donated for the length of the pandemic the their entire service. This Bureau, which means the all of their 3d printing capacity, they have donated, so anybody can send design files. And they will create, you know, these innovation products. Mike Grandinetti So speaking to the head of their healthcare business last night on the telephone, they are getting designs from even Cub Scout troops that are, you know, saying that we want to help we're coming up with these designs. So even young kids and citizens are able to work with companies like stratasys or other 3d printing companies and send their designs to be printed, and distributed, right. So that's, that's sort of on a fairly simple level. But on the other hand, there's a lot of organizations that are hosting virtual hackathons. One of the virtual hackathons is being led by tech stars, tech stars, for those who don't know is a global startup accelerator network. They've had about 60 accelerators around the world. And in many ways, are the premier accelerator network, right. And so what they do by day is they bring in entrepreneurs through a very competitive process, and they may wind up in New York or Boston or, you know, Austin, Texas, so they could be in Germany or London. But they also have have another side of their mission, which is what they call Startup Weekend. And Startup Weekend is really a three day hackathon. Well, they're mobilizing their Startup Weekend resources to host up to 60 COVID-19 focused hackathons around the globe. So for those of your listeners who are listening, either in the States or outside the state, just go to tech stars and looked at look for their, you know, COVID-19 Startup Weekend detail should be forthcoming, and listeners can sign up as participants, they can sign up as mentors and they can soar. They can sign up as organizers depending on how much time and experience they have. Another great organization also happens to be associated with MIT. It's called solve at MIT and solve MIT. their day job is to help promote social impact related tech innovation. And on an annualized basis, they'll bring in up to 140 social impact entrepreneurs from all around the world, working on environmental problems and social justice problems and a whole range of other issues. But they have launched a series of COVID-19 related challenges some independently, and some with major sponsors like Microsoft. So the other you know area where your listeners can go and see what's going on. Are you know is to go to the salt at MIT website. Again, I'm only highlighting two. And I know that there are many others, you know, but these are two organizations that have a tremendous amount of horsepower and resources where, you know, if good ideas get developed, they will find their way to having an impact somewhere. So I say these are two that I would suggest that people look at. I'm gonna definitely be participating in both of these on a personal level. I think both of these organizations do incredible work. Mark Bayer That is just so so so fantastic, Mike. And what we're going to do is we're going to do a second episode with Mike Grandinetti -  we're going to come back next week, we've fast tracked this episode to make sure that we could get this information out to you, the listeners, and our next episode with Mike will actually include - if we can make it happen - some of the actual folks around the country who are working on these projects and can speak specifically to what they're doing. And also talk more about how listeners can get involved. Like I said, regardless of your level of expertise, and Mike alluded to that as well so, really glad, Mike first of all I know you are incredibly busy you're a full force global pandemic and entrepreneurial response team here, and just really making so much of an impact yourself. So thank you, first of all for doing that. And then I also just want to tell you listeners that I appreciate you taking the time to listen to today's episode, we're going to come back with Mike Grandinetti and just a few days next week, hopefully along with some of the champions and the leaders who are putting these projects together, so that we can effectively as quickly as possible, get equipment to the medical personnel in the first responders who needed in this war against the coronavirus. So Mike Grandinetti, thank you so much for being here. Mike Grandinetti Mark, thank you for having me - I really enjoyed the chance to chat and look forward to our follow-up discussion. And I wish you and your family, a lot of health and safety and a happy Passover. Thank you. Thank you very much, Mike. And listeners, thank you so much for being here. We will see you next time on the next episode of "When Science Speaks."

This Week in Amateur Radio Edition #1100 Release Date: March 28, 2020 Here is a summary of the news trending this week. This weeks edition is anchored by Dave Wilson, WA2HOY, Don Hulick, K2ATJ, Will Rogers, K5WLR, George Bowen, W2XBS and Jessica Bowen, KC2VWX. Produced and edited by George Bowen, W2XBS. Running Time: 1:33:15 Download here: http://bit.ly/TWIAR1100 Trending headlines in this weeks bulletin service: 1. Club Log Allocates 100% of its Computing Resources to Virus Protein Research 2. International Amateur Radio Union Adjusting to Virus Guidelines 3. Sean Kutzko, KX9X, Appointed AMSAT Volunteer Coordinator 4. Radio Amateurs Team Up to Help University Design Low Cost Ventilator 5. ARRL Headquarters Closes on Order From Conneticut Governor 6. CQ Magazine Offers Free Issues 7. Ofcom Engineers Shine A Light On Interference Issue 8. May QST Going Out to Members on Time, W1AW Adjusts Its Schedule 9. Annual Intrepid Spirit Award Goes to the VP8PJ DXpedition Team 10. FCC to Hold Open Meeting on March 31 by Teleconference 11. Ham Radio Clubs Connect Amid Social Distancing 12. Major Florida Emergency Communication Conference and Exercise are a Major Success 13. Long Island CW Club Offering Free Online Code Instruction for Homebound Youngsters 14. Tower Mounted Christmas Lights Cheer California Neighborhood 15. Radio Socirty of Great Britian No Longer Accepting Multi-Operator Contest Entries 16. Field Day 2020 - A Time to Adapt - IARU Region 1 Reviews Field Day Plans 17. HamSCI 2020 Workshop Successfully Reworked as a Virtual Event 18. The United Kingdom Takes Another Look at Possible EMF Dangers 19. DX News 20. FCC Levies $18,000 Fine On Louisiana Amateur For Intentional Interference, and No Identification 21. Intererst In Amateur Radio Is Increasing As People Are Staying At Home. Plus these Special Features This Week: * Technology News and Commentary with Leo Laporte, W6TWT. Leo talks about working from home, and teleconferencing with friends and family. And discusses why he thinks we are not at the end of Moores Law. * Working Amateur Radio Satellites with Bruce Paige, KK5DO - AMSAT Satellite News * Tower Climbing and Antenna Safety w/Greg Stoddard KF9MP, Greg discusses the correct way to seal antenna coax connections on towers. * Foundations of Amateur Radio with Onno Benschop VK6FLAB, asks What Level of Preparedness Are You At Right Now? * Weekly Propagation Forecast from the ARRL * Bill Continelli, W2XOY - Ancient Amateur Archives - History of Amateur Radio #12: this week, Bill returns with another edition of The Anicent Amateur Archives, this week, Bill looks at the 1945 return of the amateur bands to the amateurs following the war. * Classic RAIN: Classic Rain Edition #: Wayne Green, W2NSD’s “use it or lose it” warning applies today as much as it did 20 years ago. Wayne Pontificates. Originally recorded in 1988. ----- Website: http://www.twiar.net Facebook: https://www.facebook.com/groups/twiari/ Twitter: http://www.twitter.com/twiar RSS News: http://twiar.net/twiar.rss iHeartRadio: http://bit.ly/iHeart-TWIAR Spotify: http://bit.ly/Spotify-TWIAR TuneIn: http://bit.ly/TuneIn-TWIAR Automated: http://twiar.net/TWIARHAM.mp3 (Static file, changed weekly) ----- Visit our website at www.twiar.net for program audio, and daily for the latest amateur radio and technology news. Air This Week in Amateur Radio on your repeater! Built-in ID breaks every 10 minutes. This Week in Amateur Radio is heard on the air on nets and repeaters as a bulletin service all across North America, and all around the world. on amateur radio repeater systems, the low bands, and more. This Week in Amateur Radio is portable too! You can find us among talk radios best on TuneIn.com, or via Google Play. We are hosted by various podcast aggregates like Spotify and Stitcher too. Visit our site for details. You can also stream the program to your favorite digital device by visiting our web site www.twiar.net. This Week in Amateur Radio is produced by Community Video Associates in upstate New York, and is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License. If you would like to volunteer with us as a news anchor or special segment producer please get in touch with us via our Facebook group. Search for us under This Week in Amateur Radio.

First aired in March, 2016.In the mid-1930s, Leni Riefenstahl showed the power of the latest communication technology of her time to move opinion, bring support, and intimidate potential opponents.The last quarter century's work of Moore's Law in the ability to distribute visual data world wide in an instant has completely change the ability of even the smallest groups with the most threadbare budgets to create significant influence effects well inside traditional nation states' OODA loop.How are radical extremists using modern technology, especially in the visual arena, to advance their goals, who are their audiences, and how do you counter it?Using as a starting point the Strategic Studies Institute and U.S. Army War College Press's publication, Visual Propaganda and Extremism in the Online Environment, Jihadology's ISIS and the Hollywood Visual Style, and Small Wars Journal's ISIS and the Family Man; our guests will be Dr. Cori E. Dauber, Professor of Communication at the University of North Carolina at Chapel Hill, and Mark Robinson, the Director of the Multimedia Laboratory at the University of North Carolina at Chapel Hill.

This Week in Amateur Radio Edition #1096 Release Date: February 29, 2020 - LEAP YEAR DAY EDITION Here is a summary of the news trending this week. This weeks edition is anchored by Dave Wilson, WA2HOY, Don Hulick, K2ATJ, Will Rogers, K5WLR, Chris Perrine, KB2FAF, George Bowen, W2XBS, and Jessica Bowen, KC2VWX. Produced and edited by George Bowen, W2XBS. Running Time: 1:29:36 Download here: http://bit.ly/TWIAR1096 Trending headlines in this weeks bulletin service: 1. Pennsylvania Law Protects Ham Radio Operator, and Frustrates Neighbors 2. NASA Selects Proposals For Student Aeronautics, Space Projects 3. AMSAT Cites Need for Adequate Spectrum in Opposing Deletion of 3.4 GHz Band 4. ARRL Opposes FCC Plan to Delete the 3.4 GigaHertz Band 5. A Sun City Arizona amateur proves that "It’s Never Too Late to Upgrade" 6. FCC Turns Down Amateur Licensee’s Appeal 7. ARRL Seeks a New Chief Executive Officer 8. Partially Submerged NEMO-1 WSPR Buoy Retrieved by Fishing Vessel 9. Auxiliary Communications Training to Be Held in Conjunction with Dayton Hamvention 10. Working Scale Model Of An H-F Curtain Array On Display At Voice Of America Museum 11. Interference From Smart Meters Still An Issue For Hams On Saint Kitts 12. New British Made Antenna Arrives On The International Space Station 13. UK Telecoms Regulator Ends Policy of Granting Two-Letter Call Sign Suffixes 14. International Space Station Resupply Mission to Carry New ARISS Ham Radio Gear 15. FAA Proposed Remote Identification Rules Would Effect Drones and Hobby Aircraft Alike 16. Motorola Wins Lawsuit Against Hytera for $765 Million in Intellectual Property Theft 17. Northern Florida amateurs Prepare for Emergency Communications Exericise 18. A New Distance Record Is Set on 122 Gigahertz 19. DX News and Special Event Station Listings for this week. Plus these Special Features This Week: * Technology News and Commentary with Leo Laporte, W6TWT, talks about the passing of the creator of cut and paste, and asks if we are reaching the end of Moore's Law. * Working Amateur Radio Satellites with Bruce Paige, KK5DO - AMSAT Satellite News * Tower Climbing and Antenna Safety w/Greg Stoddard KF9MP will talk about replacing that old rusty rotor on your tower. * Foundations of Amateur Radio with Onno Benschop VK6FLAB will answer the question, which comes first, the antenna or the radio? * Weekly Propagation Forecast from the ARRL * Bill Continelli, W2XOY - Ancient Amateur Archives - History of Amateur Radio #8: this week, takes a look at "The 1940's VHF Frequency allocation battles." * The Random Access File with Bill Baran, N2FNH/SK - Bill thinks we should change the image of amateur radio ----- Website: http://www.twiar.net Facebook: https://www.facebook.com/groups/twiari/ Twitter: http://www.twitter.com/twiar RSS News: http://twiar.net/twiar.rss iHeartRadio: http://bit.ly/iHeart-TWIAR Spotify: http://bit.ly/Spotify-TWIAR TuneIn: http://bit.ly/TuneIn-TWIAR Automated: http://twiar.net/TWIARHAM.mp3 (Static file, changed weekly) ----- Visit our website at www.twiar.net for program audio, and daily for the latest amateur radio and technology news. Air This Week in Amateur Radio on your repeater! Built-in ID breaks every 10 minutes. This Week in Amateur Radio is heard on the air on nets and repeaters as a bulletin service all across North America, and all around the world. on amateur radio repeater systems, the low bands, and more. This Week in Amateur Radio is portable too! You can find us among talk radios best on TuneIn.com, or via Google Play. We are hosted by various podcast aggregates like Spotify and Stitcher too. Visit our site for details. You can also stream the program to your favorite digital device by visiting our web site www.twiar.net. This Week in Amateur Radio is produced by Community Video Associates in upstate New York, and is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License. If you would like to volunteer with us as a news anchor or special segment producer please get in touch with us via our Facebook group. Search for us under This Week in Amateur Radio.

Telecommuting for the future, The end of Moore's Law, Making humans more like jellyfish, Insect snacking, Right-sizing body parts, Building with ice. Jennifer, Curtis, and Angela discuss the Damn Interesting curated links for the week of 2-28-2020.

http://aboutJorge.com - Welcome to Expect Success at georgebalek.com!Now, in addition to listening to our podcast, you can also view the video format on youtube at: http://georgetube.comSubscribe to my YouTube: http://georgebalek.com/youtube It REALLY helps. Here is My Podcast Page: http://buzzsprout.com/112740Michio Kaku is an American theoretical physicist, futurist, and popularizer of science (science communicator). He is a professor of theoretical physics in the City College of New York and CUNY Graduate Center. Throughout today's episode, you will learn about the power of Moore's law. Moore’s law attempts to predict the future of silicon chips. Listen to Michio.For more from Michio Kaku, simply search youtube. And you can find his very interesting twitter feed @michiokaku. One of my favorite books of his, The Future Of Humanity, is available in every format know to man on amazon.com. I'll include a link in the show notes. The Future Of Humanity: https://amzn.to/2Sg0xjE As the late great Jim Rohn use to say, you are the average of the 5 people you spend the most time with. Today you have been hanging out with Michio Kaku. Keep up the momentum and subscribe to our newsletter so you never miss another episode. Newsletter: http://georgebalek.com/newsletterDo you have any thoughts or comments? Please visit: http://GeorgeBalek.comPlease take 60 seconds to leave an HONEST review for the Expect Success Podcast on iTunes. Ratings and reviews are extremely important for me to make this show better. iTunes: https://itunes.apple.com/us/podcast/george-baleks-podcast/id1261439218Finally, don’t forget to subscribe to the show on iTunes so that you get updates and new episodes downloaded to your phone automatically. Subscribe via iTunes: https://tinyurl.com/ydb4qgxtSubscribe via Stitcher: http://www.stitcher.com/s?fid=147988&refid=stpr Subscribe via RSS (non-iTunes feed) http://www.buzzsprout.com/112740.rssWant to find out more about how I make a full-time internet income from home and how you can too. Visit: http://aboutJorge.comStart your blog: http://georgebalek.com/startablog ( Help Included ) Read my blog: http://aboutJorge.com Follow me on Facebook: http://georgebalek.com/facebook Follow me on Twitter: http://georgebalek.com/twitter Subscribe to me on YouTube: http://georgebalek.com/youtubeGears I use to film my videos Movavi Video Editor FREE Download: http://georgebalek.com/movaviCanon EOS M6: https://amzn.to/2XtNfjyFREE StuffThink and Grow Rich FreE-book here: http://georgeb

Multi-instrumentalist musician Anthony Thogmartin of Papadosio [band], EarthCry [solo project], and Seed to Stage [music production tutorials] joins us for the first time since Episode 10 to talk about navigating the exponentially expanding body of human knowledge, how interfacing with different media technologies yields new minds and selves at the intersection, and the profound creative evolution he and his band have undergone by embracing tools like Ableton Live. For the ten-plus years I’ve known him, Anthony’s optimism and enthusiasm have inspired me to seize the day and strive for new horizons, and whether or not you make music I have no doubt this conversation will inspire you as well.Future Fossils Podcast is entirely listener-supported. Support the show on Patreon for more inspiring extras than you probably have time for.Buy any of the books we mention in this episode through my Amazon Shop and I’ll receive a tiny kickback at no extra cost to you.Mentioned:Ishi Crew, Complexity Explorers Facebook Group, Scott E. Page, Mirta Galesic, SpaceWeather.com, Neal.Fun/deep-sea, Caitlin McShea, InterPlanetaryFest.org, Sam Brouse, Korg Minilogue, Ableton Push, Meow Wolf, Jessica Flack, The Art of Learning by Josh Waitzkin, Darwin’s Pharmacy by Richard Doyle, Gary Weber, Erik Davis, A Cyborg Manifesto by Donna Haraway, The Shallows by Nicholas Carr, Plato, Thoth, Technopoly by Neil Postman, America Before by Graham Hancock, Wile E. Coyote, Star Trek, Google Translate, Ableton Live, Bitwig, Microdose VR, Android Jones, Anson Phong, Sennheiser, Magic Leap, David Block, Phaedroid, Glitch Mob, Mi.Mu gloves, Oculus Quest, Google Duo, Burning Man, Sweet Melis, The Glass Cage by Nicholas CarrDiscussed:The value of long-form media and the conversation as ways of deepening our engagement with an accelerating world.Neurodiversity and the “social molecule,” and how being different together is good for all of us.“The only reason we [human beings] made it is because we’re good at talking to each other.”Our understanding of the planet is not just expanding outward, but also inward…not just into the vastness of space but deeper into the oceans and crust and into inner space.The more attention you pour into things, the more finely differentiated they become, and things get bigger on the inside than they are on the outside. Earthcry’s concept album Identity Mitosis and its multimedia storytelling about a conversation between AI and Gaia long after the extinction of humankind.What does the future look like without us?Living at the bottleneck between the complexity of the micro and the macro.The self as a plural ecosystem and the conscience as the voice of various unconscious neural motifs erupting into consciousness.Awakening as the abandoning of episodic autobiographic memory and the vice grip of the default mode network.The egoic self as a kind of electrical phenomenon, and possibly a kind of auxiliary or emergency preservation mode (not our natural state of balanced health).Metabolic ontology and the possibility of reality itself changing with the states of the extended body-mind in psychogenic networks.The cybernetic self and how performing music is also being a part of the music technology ecosystem.The dependency of thought on the mediation of technology…handwriting vs. typing, etc., and how different selves emerge in different contexts.Polarization and our refusal to understand one another.Generation gaps in technological fluency.Is the Universal Translator not RUNNING Starfleet?Letting Ableton Live take over Papadosio.YouTube vs. Instagram.Moore's Law and miniaturization in music performance, and moving with the current of technological evolution rather than against it.Michael’s open call to developers to help us create software for controlling music and visuals simultaneously with a gestural interface in virtual reality……and Anthony’s disclaimers about why this hasn’t happened yet.Augmented reality versus virtual reality and how evolution is co-evolving with the human body and mind (not just people adapting to technology).What matters depends on the scale at which you’re paying attention.Future Fossils Theme Music:“God Detector” by Evan “Skytree” Snyder feat. Michael Garfield See acast.com/privacy for privacy and opt-out information.

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What happens when science and technology advance far enough to create fully autonomous, AI robots(i.e., human robots)?  Will they be religious?  Will they possess a soul?  Will our utopian innovations have a place for humans in their world?  What happens when we “join or bond” with our inventions?Will we create a new biologic species where our inventions dominate our lives? The next three decades will usher in a golden age for autonomous, artificial intelligence.  As the population peaks, the first wave of our intelligence multipliers will reach their zenith.  As the world reaches 10 billion individuals and synthetic intelligence reaches a level of human consciousness, a fork will present itself—how will these “new, synthetic lives” be governed?  Will these emerging, deep intelligence beings be part of existing societies, or will they split off, forming their own rules and structures?  Do traditional humans fully believe that if they create hyper-accelerated intelligence, why will they listen to “reason” from lesser-intelligent “animals”?  How will those innovators, scientists, and consumers defend their blind faith in creations that are no longer human influenced or controllable? 

Episode 44: Moore's Law (Preston Moore)Preston Moore (The High Cost of Anonymity) stops by the studio to talk... There's a bit of everything in this episode. Some facts, various opinions, and an amazing story of Recovery. Do BIG things!https://fromtragedy.simplecast.com/https://www.facebook.com/FromTragedy/https://anchor.fm/preston-mooreChoosing to remain Anonymous is noble and important in many cases. With regards to 12 step fellowships, it can be everything. But there is a cost, a really high cost. How do people in our community know that they can reach out to you for help if you “choose to remain Anonymous“? How is it that most people can’t get the recommended treatment recommended by their doctors  it’s to expensive or their insurance won’t come it? I’d argue, we are not being counted. Here, I talk about real life experiences, feelings, seeking and discovering what it is at the root, that’s driving our decisionsAmazing stories from people in Recovery hosted by Aaron Laine. A unique perspective from those who struggled with drugs and changed their lives.  My goal is to share stories from people all over this country and share some hope for those who fell like they can't break free. If we can change our lives... so can you.

Pokemon Go has raised the bar for market penetration and participation with no sign of slowing down with tens of millions of people world wide staring at their smartphones and wandering around every square inch of their neighborhood: The four keys for getting from Average to Awesome' everyone can do it: 7 -Eleven delivers first food by drone, coffee stayed hot, Slurpees didn't melt…Success: Moores law, pretty accurate for 50 years will soon be no more, but innovation will continue to increase speeds: Tesla fatal accident controversy. Interview today…electricity in a bottle… Gray Bright…WOW.

Configuring new Wi-Fi router, expanded Ooma blacklist (Nomorobo), Endless Computers (great Kickstarter initiative), hard reboot on iPhone (when iOS stops), safely storing digital pictures (on the cloud, with USB hard drive), kickstarting a tech career (learn Swift, create a few apps), Profiles in IT (Hiroshi Mikitani, co-founder and CEO Rakuten), Virginia decommissions voting machines (poor design may hve compromised results), security expert exposes aircraft vulnerability (accessed critical systems from laptop, arrested by FBI), Moores Law turns 50 (will require 3D chips to continue much further, limited by yield and quantum effects), Listening Table takes notes (developed by NY Times to help editorial staff), iRobot to make authomated lawn mower (will used wirelesss beacons that may interfere with astronomony observatories). This show originally aired on Saturday, April 18, 2015, at 9:00 AM EST on WFED (1500 AM).