Podcasts about Mems

This week, Matt and Tyler talk about Zipporah cutting off a kid's foreskin, and our memories from COVID 5 years later. Kind of a weird one.

「QCY、MEMSスピーカーメーカー・USoundと技術提携。共同開発の“次世代TWS”を2025年発売予定」　QCYブランドは、MEMS（微小電気機械システム）スピーカーのメーカー・USoundとの技術提携を発表。2025年に共同開発の新しい完全ワイヤレスイヤホンを2025年に発売するとアナウンスしている。

Esto es un extracto de la Tertulia de AutoFM que se emite cada jueves en Onda Cero El impacto en la seguridad vial de Bosch Mobility o Automotive Bosch Automotive ha desempeñado un papel fundamental en la mejora de la seguridad vial a través de diversas innovaciones tecnológicas que abarcan tres áreas esenciales: seguridad activa, pasiva y pos-seguridad. La seguridad activa comprende aquellas tecnologías destinadas a evitar accidentes o reducir su severidad; la seguridad pasiva se centra en minimizar las consecuencias cuando el accidente ocurre, y la pos-seguridad se ocupa de proteger a los involucrados después del siniestro, especialmente durante la denominada "hora de oro". En el ámbito de la seguridad activa, Bosch ha sido especialmente relevante gracias al desarrollo del Control Electrónico de Estabilidad (ESP). Introducido en 1995 en colaboración con Mercedes-Benz, el ESP es un sistema diseñado para evitar derrapes y mantener la estabilidad del vehículo en situaciones críticas, frenando individualmente las ruedas cuando es necesario. Esta tecnología, según estudios de seguridad vial, puede prevenir hasta el 80% de los accidentes derivados del derrape, consolidándose como una de las innovaciones más importantes después del cinturón de seguridad. Otro avance clave en seguridad activa es la implementación de Sistemas Avanzados de Asistencia al Conductor (ADAS). Bosch ha liderado el desarrollo de tecnologías como la alerta de colisión frontal, detección de fatiga y mantenimiento de carril. Estos sistemas combaten directamente causas frecuentes de accidentes como distracciones, cansancio y excesos de velocidad. Diversas investigaciones estiman que una implementación universal de ADAS podría reducir hasta un 40% los siniestros viales y hasta un 30% las muertes relacionadas. Además, Bosch destaca por sus innovaciones en sensores y el uso de inteligencia artificial (IA). Sus sensores microelectromecánicos (MEMS) proporcionan datos precisos sobre el entorno del vehículo, aumentando significativamente la seguridad. La integración de IA permite anticipar situaciones de peligro y reaccionar en tiempo real, representando un importante avance hacia la conducción autónoma y segura, contribuyendo así a la reducción de accidentes. En el terreno de la seguridad pasiva, Bosch ha perfeccionado los sistemas de airbags inteligentes. Estos cuentan con sensores avanzados capaces de detectar con precisión la intensidad y dirección de los impactos, permitiendo un despliegue óptimo del airbag. El sistema determina si es necesario activarlos, ajusta la velocidad de inflado según la gravedad del impacto y coordina su activación con otros dispositivos como los pretensores de cinturón de seguridad. El uso adecuado de airbags puede reducir la mortalidad en accidentes graves hasta en un 30%, según datos oficiales. Asimismo, Bosch ha implementado sistemas específicos para la protección en caso de vuelco, especialmente importantes en vehículos SUV y todoterreno. Estos incluyen sensores que detectan inclinaciones y aceleraciones críticas, activando estructuras de protección como barras antivuelco en descapotables, así como airbags laterales y de cortina. Según datos de la National Highway Traffic Safety Administration (NHTSA), estos sistemas logran reducir en un 75% el riesgo de lesiones graves durante vuelcos. Finalmente, en materia de pos-seguridad, Bosch aporta su lector de cajas negras, una herramienta crucial tras un accidente. Este sistema permite acceder rápidamente a información detallada sobre las circunstancias del siniestro, facilitando una investigación técnica e independiente de los accidentes de tráfico. En resumen, Bosch Automotive continúa demostrando un compromiso firme y continuo con la seguridad vial, ofreciendo soluciones tecnológicas integrales en cada fase del accidente, desde la prevención inicial hasta la gestión posterior al impacto. Todos los podcast: https://www.podcastmotor.es Twitter: @AutoFmRadio Instagram: https://www.instagram.com/autofmradio/ YouTube: https://www.youtube.com/@AutoFM Contacto: info@autofm.es

We're on Patreon! Find us at https://www.patreon.com/AudioUnleashed This week, Dennis wonders why a writer for The Atlantic is wondering why his cheap Bluetooth speaker can't generate the feeling of community he got at a Beyoncé concert, while Brent wonders why Dennis was reading The Atlantic. Then they dig into a recent article on acoustics by one of audio's most popular personalities to learn what's better: a lousy speaker in a good room or a good speaker in a lousy room. They conclude with a deep dive into—surprise!—an article about hi-fi published in a mainstream scientific magazine, which recommends a whole new (well, kinda new) speaker layout. Buy-now links for products mentioned herein (As Amazon Associates, we may earn a small cut from qualifying purchases):

「【Amazonセール】VGPダブル受賞のMEMSドライバー完全ワイヤレスが1.1万！クーポン併用でさらにお得に」　Amazonのタイムセールに、VGPアワードで二つの賞を獲得したSOUNDPEATSの完全ワイヤレス「Capsule3 Pro Plus」が、通常参考価格13,880円のところ15%オフの11,798円のセール特価で登場中。なお現時点ではクーポンも用意されているので、さらにお得に購入することができる。クーポンの有効期間は2月16日まで。

In the rapidly evolving landscape of manufacturing and technology, precision printing has emerged as a transformative force poised to redefine how we create and utilize electronic components. At the forefront of this revolution is a groundbreaking innovation presented by Scrona, which harnesses the power of advanced printing techniques to produce intricate electronic circuits with unprecedented accuracy and efficiency.The Genesis of Precision PrintingThe concept of precision printing is not entirely new; however, the advent of digital printing technology has catapulted it to new heights. Traditional methods, such as lithography, require complex machinery and extensive processing steps, making them costly and time-consuming. In contrast, the new generation of printing technology, exemplified by the innovations from Scrona, simplifies the process significantly. By utilizing a micro-electromechanical systems (MEMS) based approach, this technology allows for the printing of conductive inks with resolutions that are 10 to 100 times more precise than standard inkjet printheads.This novel printing method offers a scalable solution, ranging from single nozzle to 128 nozzle configurations, enabling mass production capabilities that were previously unattainable. The implications of this technology extend far beyond mere convenience; it opens up new avenues for manufacturing at the micron scale, which is critical for industries that rely on high-precision components.Understanding Conductive InkA key component of this precision printing technology is conductive ink, which serves as a medium for transmitting electrical signals. Unlike traditional printing, where the end product is typically a static image on paper, conductive ink enables the creation of functional electronic circuits directly on various substrates, including paper and circuit boards. This capability allows manufacturers to bridge electricity from one point to another, essentially printing the very foundations of electronic devices.The ability to print electronics in both 2D and 3D formats marks a significant departure from conventional manufacturing methods, where intricate designs are etched and processed through multiple steps. The simplicity of the process - uploading a digital file and printing - transforms the landscape of electronic manufacturing, making it more accessible and efficient.Sustainability and Practical ApplicationsOne of the most compelling aspects of this precision printing technology is its sustainability. Traditional manufacturing processes often waste significant amounts of material through etching and chemical treatments. In contrast, the new approach minimizes waste by applying materials only where they are needed, resulting in a more environmentally friendly manufacturing process. This precision not only conserves resources but also reduces the reliance on extensive chemical treatments, which can have harmful environmental impacts.Moreover, the versatility of this technology unlocks a wide array of practical applications across various fields. From semiconductor manufacturing to consumer electronics, and even life sciences and defense technology, the potential use cases are vast. For instance, in the realm of semiconductor packaging, the ability to print conductive traces directly onto components can streamline production and enhance performance. Additionally, the portability of the printing technology allows for on-site production, which is particularly advantageous in sectors such as defense and aerospace, where components may need to be fabricated in remote locations or even in space.Conclusion: Conductive Printing Makes Circuit Boards Easier to ProduceThe revolution in precision printing technology heralded by Scrona represents a paradigm shift in how we think about manufacturing electronic components. By combining high precision, sustainability, and versatility, this technology not only enhances the efficiency of production processes but also democratizes access to advanced manufacturing techniques. As industries continue to explore and integrate these capabilities, we stand on the brink of a new era where the boundaries of what is possible in electronics manufacturing are continually expanded. The future of precision printing is not just about creating better products; it's about reimagining the entire manufacturing landscape.Interview by Marlo Anderson of The Tech Ranch.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In the rapidly evolving landscape of manufacturing and technology, precision printing has emerged as a transformative force poised to redefine how we create and utilize electronic components. At the forefront of this revolution is a groundbreaking innovation presented by Scrona, which harnesses the power of advanced printing techniques to produce intricate electronic circuits with unprecedented accuracy and efficiency.The Genesis of Precision PrintingThe concept of precision printing is not entirely new; however, the advent of digital printing technology has catapulted it to new heights. Traditional methods, such as lithography, require complex machinery and extensive processing steps, making them costly and time-consuming. In contrast, the new generation of printing technology, exemplified by the innovations from Scrona, simplifies the process significantly. By utilizing a micro-electromechanical systems (MEMS) based approach, this technology allows for the printing of conductive inks with resolutions that are 10 to 100 times more precise than standard inkjet printheads.This novel printing method offers a scalable solution, ranging from single nozzle to 128 nozzle configurations, enabling mass production capabilities that were previously unattainable. The implications of this technology extend far beyond mere convenience; it opens up new avenues for manufacturing at the micron scale, which is critical for industries that rely on high-precision components.Understanding Conductive InkA key component of this precision printing technology is conductive ink, which serves as a medium for transmitting electrical signals. Unlike traditional printing, where the end product is typically a static image on paper, conductive ink enables the creation of functional electronic circuits directly on various substrates, including paper and circuit boards. This capability allows manufacturers to bridge electricity from one point to another, essentially printing the very foundations of electronic devices.The ability to print electronics in both 2D and 3D formats marks a significant departure from conventional manufacturing methods, where intricate designs are etched and processed through multiple steps. The simplicity of the process - uploading a digital file and printing - transforms the landscape of electronic manufacturing, making it more accessible and efficient.Sustainability and Practical ApplicationsOne of the most compelling aspects of this precision printing technology is its sustainability. Traditional manufacturing processes often waste significant amounts of material through etching and chemical treatments. In contrast, the new approach minimizes waste by applying materials only where they are needed, resulting in a more environmentally friendly manufacturing process. This precision not only conserves resources but also reduces the reliance on extensive chemical treatments, which can have harmful environmental impacts.Moreover, the versatility of this technology unlocks a wide array of practical applications across various fields. From semiconductor manufacturing to consumer electronics, and even life sciences and defense technology, the potential use cases are vast. For instance, in the realm of semiconductor packaging, the ability to print conductive traces directly onto components can streamline production and enhance performance. Additionally, the portability of the printing technology allows for on-site production, which is particularly advantageous in sectors such as defense and aerospace, where components may need to be fabricated in remote locations or even in space.Conclusion: Conductive Printing Makes Circuit Boards Easier to ProduceThe revolution in precision printing technology heralded by Scrona represents a paradigm shift in how we think about manufacturing electronic components. By combining high precision, sustainability, and versatility, this technology not only enhances the efficiency of production processes but also democratizes access to advanced manufacturing techniques. As industries continue to explore and integrate these capabilities, we stand on the brink of a new era where the boundaries of what is possible in electronics manufacturing are continually expanded. The future of precision printing is not just about creating better products; it's about reimagining the entire manufacturing landscape.Interview by Marlo Anderson of The Tech Ranch.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In this episode, we sit down with Piyush Sevalia, Executive Vice President of Marketing at SiTime, to explore how their cutting-edge MEMS-based precision timing technology is revolutionizing modern electronics. Piyush shares how SiTime solves the toughest challenges in the $10B timing industry, from AI data centers to electric vehicles and wearables. Also, don't forget to subscribe to IE+ for premium insights and exclusive content!

Net naast Eindhoven, in één van de oude Natlab-gebouwen van Philips, werken 110 mensen aan hele kleine apparaatjes die je op chips aanbrengt om ze extra functies te geven. Denk aan een sensor, een microfoon of een gyroscoop van een 10 millimeter breed. Dat noem je micro-elektronische mechanische systemen, beter bekend als MEMS. Maar het is geen geheim dat dit afgesplitste bedrijf Philips flinke kopzorgen gaf. De kosten waren te hoog, de opbrengsten te laag. Daarom wilde Philips af van het bedrijf. Kan dat anders nu Xiver op zichzelf staat, onder een consortium van investeerders onder leiding van investeermaatschappij Orange Mills van Quote 500-lid Cees Meeuwis? Welke kansen liggen er op de markt? EN: kan Xiver misschien ASML en NXP achterna? In ‘De top van Nederland’ heeft presentator Thomas van Zijl een uitgebreid gesprek met John van Soerland, ex-topman van VDL Nedcar en sinds 2 januari topman van Xiver. Over Xiver Xiver is de afgesplitste voormalige MEMS-divisie van Philips. Het bedrijf is sinds 2 januari in handen van een consortium van investeerders onder leiding van investeringsmaatschappij Orange Mills. Over Thomas van Zijl Thomas van Zijl is financieel journalist en presentator bij BNR. Hij presenteert dagelijks ‘BNR Zakendoen’, het Nederlandse radioprogramma voor economisch nieuws en zakelijk inzicht, waar 'De top van Nederland’ onderdeel van is. Ook is hij een van de makers van de podcast ‘Onder curatoren’. Abonneer je op de podcast Ga naar ‘De top van Nederland’ en abonneer je op de podcast, ook te beluisteren via Apple Podcast en Spotify. See omnystudio.com/listener for privacy information.

Happy New Year and Salt Lake City Reunion time! Let's celebrate. Kendrick, Host of I Ken Not Podcast (@withkendricktucker) is here to ring in the new year talking about it all. Part 1 of the RHOSLC Reunion gave us a lot. Was it too heavy or is it a preview of an explosive next few parts and a lot more to get through? And over on RHOBH, our one fight is still chugging along. Is Dorit asking for too much from Kyle? Is this a Kyle reckoning? And wtf is going on over in New York?? The Traitors is also heavy on our minds this week and we END the show discussing the most recent episode (pause there to avoid spoilers!) Welcome back to the Mix, pumpkins! Patreon: patreon.com/Mixingwithmani IG: @mixingwithmani Learn more about your ad choices. Visit podcastchoices.com/adchoices

Gugs Mlhungu speaks to Mems Ramaila’s about how she went from hive to building a honey empire in her sweet success story.See omnystudio.com/listener for privacy information.

「【本日15台限定！】MEMSドライバー搭載のLDAC完全ワイヤレスが約1万円超に！」　Amazonのタイムセールに、SOUNDPEATSの完全ワイヤレスイヤホン「Capsule3 Pro Plus」が本日15台限定で登場。通常参考価格￥13,880円のところ、15%の11,798円で購入できる。

In this episode of the CEDIA Podcast, hosted by Walt Zerbe, Senior Director of Technology and Standards, the speakers share their experiences from the CES show in Las Vegas. They discuss cutting-edge innovations such as invisible speakers using MEMS technology, a customizable smart water system called Viomi, and the Mudra Band, a neural wristband for gesture control. The conversation also explores the potential of projection mapping in interior design, the integration of SmartThings in home appliances, and the ethical implications of rapid technological advancements. The episode highlights the transformative potential of technology in enhancing everyday living and home design.   Here are the mentions with timestamps arranged by topic: Tools and Products Odd Fly** (Invisible Speaker): "00:02:10" Viomi** (Whole House Smart Water System): "00:05:56" Mudra Band** (Neural Wristband for Gesture Control): "00:06:54" Apple TV**: "00:07:57" X Real** (AR Glasses): "00:12:12" SmartThings App**: "00:17:20" Samsung SmartThings**: "00:15:57" TCL 8K Mini LED Display**: "00:14:37" LG Smart Kitchen**: "00:19:30" Digital Twin Technology**: "00:32:00" Building Information Modeling (BIM)**: "00:32:00" Apple Vision Pro**: "00:32:16" Brilliant 3D Monitor**: "00:34:44" Ring Ecosystem**: "00:41:50" Keyboards with Interchangeable Keycaps**: "00:42:46" TCL's Robot "Amy"**: "00:43:56" Massage Chairs**: "00:49:30" Micro Projectors**: "00:51:08" Micro Laundry Machines**: "00:51:26" Robotic Garbage Fetcher by Oshkosh**: "00:52:00" Induction Appliances**: "00:53:04" Wireless Power Consortium**: "00:53:56" Qi Technology**: "00:53:56" AI-Enabled Bed**: "00:55:44" Companies and Brands Lenovo** (Partner for Odd Fly): "00:03:26" Panasonic** (250-Year Business Plan): "00:08:53" Hisense** (Mentioned in context of video technology): "00:12:39" TCL** (Mentioned in context of video technology): "00:13:50" Samsung, LG, TCL, Hisense, Panasonic**: "00:29:38" NVIDIA**: "00:37:23" Concepts and Technologies MEMS Technology** (Micro Electromechanical Systems): "00:02:14" AI in Technology**: "00:09:56" Decentralized Intelligence**: "00:18:14" Projection Mapping**: "00:23:07" Projection Mapping**: "00:27:08" Virtual Reality (VR)**: "00:" Notable Mentions Matsushita** (Founder of Panasonic): "00:10:05" Oxford College** (14th Century Oak Forest): "00:10:07" Slow Technology**: "00:43:15" Websites CEDIA**: "00:57:57"

Mehmet Gurtin is a corporate professional, dedicated father and husband, and just recently, a competitive CrossFitter. They say that old dogs can learn new tricks. Now, we're not saying that Mems is an old dog, but just the opposite. As a 44-year-old Masters athlete, Mems decided that if he didn't compete now, he may never will. And what better a stage than the 2024 Asia Fitness Championships? Chris talks to Mems about his athletic journey through figure skating, football, and functional fitness, his goals at the biggest stage of his CrossFit career, and how being a father keeps him grounded. If you've convinced yourself that you're too old to give competition a try, Mems will convince you otherwise! THIS PODCAST IS PROUD TO BE SPONSORED BY COMPANIES WE BELIEVE IN 

Dan is joined Dr. Douglas Sparks, CEO of M2N Technologies LLC, a consulting firm specializing in semiconductors, MEMS and sensors, including their supply chains. He has just published a new book, A Decade in the Chinese Semiconductor Industry: An American's Story. Doug was the CTO of Hanking Electronics which built a high-volume… Read More

Scrona is revolutionizing semiconductor and display manufacturing with its high-accuracy MEMS-based printing platform. In this episode, Patrick Heissler shares his journey since taking the helm as CEO in 2024, focusing on transforming promising research technology into an industrial-scale solution. With $15.5M in funding and partnerships with major semiconductor manufacturers, Scrona is poised to redefine high-precision manufacturing across multiple industries. Topics Discussed: Transitioning from research-driven development to industrial-scale manufacturing solutions Building strategic partnerships to drive technology adoption in complex supply chains Scaling semiconductor-based printhead technology from 8 to 100+ nozzles Expanding from semiconductor applications to life sciences and consumer electronics Developing next-generation platforms with 1000+ nozzles and AI-driven control systems Creating an ecosystem approach to serve both large-scale manufacturers and smaller innovators   GTM Lessons for B2B Founders:  Success Often Starts with Ecosystem Position: Heissler emphasizes that beyond having great technology, success depends heavily on "being at the right spot at the right time, having the right contacts." B2B founders should strategically position themselves within their target industry's ecosystem and build relationships before attempting major market entry. Find Your "End Market Champion": When introducing platform technology, Heissler stresses the importance of securing a major customer who can "pull you through the whole supply chain." Rather than trying to push technology into resistant supply chains, founders should focus on convincing end-market leaders who have the influence to drive adoption throughout their ecosystem. Balance Custom Solutions with Standard Products: Scrona maintains focus on high-value custom projects while partnering with Notion System to serve smaller customers. This strategy allows them to maximize team impact on strategic priorities while still capturing broader market opportunities. B2B founders should consider similar hybrid approaches to market development. Product Definition Drives Market Entry: Upon joining as CEO, Heissler's first priority was defining a clear product roadmap with specific deliverables, starting with the 8-nozzle Gen 3 printhead. Early-stage founders should focus on converting technology capabilities into concrete products that customers can evaluate and implement. Selective Project Strategy: Rather than pursuing every opportunity, Heissler advocates focusing on "value inflecting projects that bring us forward." B2B founders should carefully select initial projects based on their potential to advance company strategy, not just generate revenue.   //   Sponsors: Front Lines — We help B2B tech companies launch, manage, and grow podcasts that drive demand, awareness, and thought leadership. www.FrontLines.io The Global Talent Co. — We help tech startups find, vet, hire, pay, and retain amazing marketing talent that costs 50-70% less than the US & Europe.  www.GlobalTalent.co  

#newproducts JP's Product Pick of the Week 12/3/24 RECAP I2S MEMS Microphone Breakout ICS-43434 https://www.adafruit.com/product/6049 Visit the Adafruit shop online - http://www.adafruit.com ----------------------------------------- LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

In this week's episode, Alex Bennett and Jordyn Woodruff discuss the problem with group chats, holiday gift guides for the whole fam, and postpartum depression. The girls also dive into 4 The Mems "pajama gate," the etiquette of being a good guest at a party, and Wicked! OH and the girls drop when their NEW merch is releasing!!! Timestamps: 00:00:00 Welcome back to another episode of Mean Girl Pod! 00:00:33 NEW MERCH 00:7:15 Roses 00:21:18 Post Partum Depression 00:34:53 The problem with group chats 00:39:52 Gift guides for the whole family 00:49:30 4 The Mems Pajama Gate 01:03:10 Bad party guests 01:14:13 The girls are going to LA 01:17:30 LOVE YOU GUYS! ------------------------------------------------------------------ Follow us on instagram at @meangirlpod, Alex @justalexbennett and Jordyn @jordynwoodruff ------------------------------------------------------------------ Presented By Monster Energy #MonsterEnergyBrandPartner #MonsterUltra https://www.monsterenergy.com/en-us/energy-drinks/zero-sugar/ Thank you to our partners this week: Draft Kings: is offering a warm welcome to new players with $100 INSTANTLY IN CASINO CREDITS with just a $10 wager. Plus, EVERYONE can get in on the action with a holiday reward every week! So, sign up with code MEAN because the holiday cheer is here! Only at Draft Kings Casino. Gambling problem? Call 1-800-GAMBLER. In Connecticut, help is available for problem gambling call 888-789-7777 or visit https://www.CCPG.org. Please play responsibly. Twenty-one plus. Physically present in Connecticut, Michigan, New Jersey, Pennsylvania, West Virginia only. Void in Ontario. Eligibility restrictions apply. New customers only. Opt-in required. Casino Credits are non-withdrawable and expire in 168 Terms at https:www.casino.draftkings.com/promos. Lumen: If you want to take the next step in improving your health, go to https://www.lumen.me/MEAN to get 15% off your Lumen. Ouai: Go to https://www.theouai.com for 20% off site wide from November 26 to December 2 when you enter promo code MEANGIRL. SKIMS: Shop SKIMS Holiday Shop at https://www.SKIMS.com. Available in styles for women, men, kids and even pets! If you haven't yet, be sure to let them know we sent you! After you place your order, select "podcast" in the survey and select MEAN GIRL in the dropdown menu that follows. Anytime Fitness: To claim your free Anytime Fitness trial pass, visit: https://www.anytimefitness.com/try-us-free/?utm_source=influencer&utm_medium=paid-social&utm_campaign=youtube-meangirlpod to get yours today! ------------------------------------------------------------------ Powered By: https://www.justmediahouse.com Learn more about your ad choices. Visit megaphone.fm/adchoices

-Undersea Telecom Cable Sabotage: https://www.engadget.com/general/germany-says-cut-undersea-data-cables-were-sabotaged-154554172.html -Amazon's makes sense. Spotify's does not…: https://www.engadget.com/entertainment/streaming/amazon-music-unlimited-subscribers-can-now-borrow-audiobooks-from-audibles-library-140002085.html -Fake Bitwarden Alert: https://www.bleepingcomputer.com/news/security/fake-bitwarden-ads-on-facebook-push-info-stealing-chrome-extension/amp/ -Wifi 8 shoots for reliability: https://www.tomshardware.com/networking/wi-fi-8-will-not-improve-transfer-speeds-the-new-standard-will-however-enhance-reliability-and-user-experience -MEMS drivers continue to evolve: https://www.engadget.com/wearables/mems-drivers-are-coming-to-open-wear-devices-like-xr-glasses-smart-watches-and-earbuds-150429131.html?src=rss -Bluesky is having a moment: https://www.engadget.com/social-media/bluesky-hits-20-million-users-143920955.html?src=rss -The Onion bought Infowars: https://theonion.com/heres-why-i-decided-to-buy-infowars/ -Happiness vs Capitalism! Round 2 FIGHT! https://news.slashdot.org/story/24/11/19/156212/bhutan-after-prioritizing-happiness-now-faces-an-existential-crisis -India's space program…Not sure how I feel about that… https://www.space.com/the-universe/moon/india-plans-to-build-a-moon-orbiting-space-station-by-2040 -The generic brand AI Chips. https://arstechnica.com/ai/2024/11/amazon-ready-to-use-its-own-ai-chips-reduce-its-dependence-on-nvidia/ -Need to boot an old computer from a floppy? https://www.techspot.com/news/105411-kolibrios-incredibly-lightweight-operating-system-boots-144mb-floppy.html https://kolibrios.org/en/index.htm -How old do you think the oldest living organism is? https://gizmodo.com/pando-earths-largest-living-organism-could-be-80000-years-old-2000524155

Head to FactorMeals.com/DWKT50 and use code DWKT50 to get 50% off your first box and 20% off your next month! Go to https://www.zocdoc.com/DWKT and download the Zocdoc app for FREE. JOIN THE OTHER GIRLIES over at https://www.PATREON.com/DOWEKNOWTHEM In today's episode, we breakdown the chaos that ensued when TikToker's (and sisters) Cecily and Samatha Bauchmann launched "4 The Mems", their new clothing line featuring "matching" sets of Christmas pajamas for the whole family. Why was that chaotic? Because the pajamas cost $98. Spoiler alert: most people don't feel that $98 is a reasonable price for pajamas. Next we revisit yet another famliar face, Molly Rutter! And if you feel like you've had enough of her dating content after last episode,  not to worry! Because Molly has decided to pivot and trade in her dating commentary for ... political commentary! ....Enjoy?  00:00 Introduction 15:01 $98 Pajama Drama  52:34 Molly Rutter Says No More Dating Content? 01:34:34 We Love the Internet We hope you enjoyed this episode! Please let us know on Twitter or Instagram if you have any topic suggestions for next Sunday! (@lily_marston & @jessismiles__) Jessi's We Love the Internet: https://www.tiktok.com/@rileylovesriverdale/video/7436967801593662766? Lily's We Love the Internet: https://www.tiktok.com/@spongecake_cats/video/7427892489215905067  Business Inquiries: doweknowthempodcast@gmail.com

The biggest stories on the internet from November 18th, 2024. Timestamps: 1:19 Jake Paul vs. Mike Tyson bores viewers 4:35 Cecily & Samantha Bachmann launch PJ brand '4 The Mems' & face backlash 11:31 Women in Male Fields TikTok trend Find our podcast YouTube channel here: https://www.youtube.com/channel/UC18HclY7Tt5-1e3Z-MEP7Jg  Subscribe to our weekly Substack: https://centennialworld.substack.com/  Join our Geneva home: https://links.geneva.com/invite/7eb23525-9259-4d59-95e3-b9edd35861a5  Follow us on Instagram: https://www.instagram.com/infinitescrollpodcast/  Follow Lauren on Instagram: https://www.instagram.com/laurenmeisner_/ 

Alan Lowe sits down with the renowned Dr. Asad Madni. Dr. Madni shares his extraordinary journey as an engineer, inventor, and entrepreneur, detailing his groundbreaking contributions to fields like digital signal processing, MEMS technology, and artificial intelligence. From revolutionizing the Naval fleet with the Transline Analyzer to advancing automotive safety with MEMS gyroscopes, Dr. Madni's innovations have left an indelible mark on modern technology. Listen in as he discusses career insights, the future of AI, and the importance of creativity, ethics, and continuous learning in engineering and beyond.     Guest Bio Dr. Asad Madni is an internationally renowned engineer, inventor, and entrepreneur. A native of India, Asad studied electronics at the RCA Institutes in New York, and then electrical engineering at UCLA, where he obtained his bachelor's and master's degrees.     He then received his PhD from California Coast University, and the senior executive program postgraduate credential from the MIT Sloan School of Management.  He quickly rose up to leadership roles in engineering and business, serving as the CEO of Systron-Donner Corporation, and CEO and President of BEI Technologies. In 2011, he began serving as a distinguished adjunct professor and distinguished scientist at UCLA.   Throughout his career, Asad has invented several devices that have had a tremendous impact on our world. He holds 28 patents and has received many prestigious honors including the 2022 Royal Academy of Engineering Prince Philip medal, the 2023 John Fritz medal, and induction into the National Inventors Hall of Fame in 2024.     Show Notes (2:13) What drew Dr. Madni to science and engineering (4:44) Art, engineering, and how they're connected (7:14) How Dr. Madni created the first standalone communications systems analyzer (12:44) When Dr. Madni realized he could make that system into reality (19:55) The gyroscope and revolutionizing the auto industry (31:21) Contributions to the Hubble Telescope from Dr. Madni (34:03) Dr. Madni's thoughts on the development of AI (44:12) Dr. Madni's path to financial success and business advice for aspiring scientists and engineers (54:22) Virtues that should be instilled into bright, young minds

Jam packed hour of goodness coming your way! I've got an update on my house sale, we did our very first Brownload quiz night, it's conker & pumpkin season, there's bald issues and we're reminiscing about old school fragrances! Cor blimey! What a podcast! Get it on now!

BEN'S IN THE HOUSE (literally) for today's episode! With our girl Clancy officially starting her maternity leave, we passed the co-host microphone over to Gabie's husband Ben. He and Gabie chat all about his life growing up on a farm, funny childhood memories with his 4 other siblings, and how Ben and Gabie met! The couple share funny stories of their relationship...including the time they accidentally kidnapped Miso the cat. Hope you enjoy today's episode! Be sure to leave us a review if you're loving the podcast! :) Follow us on IG for more behind-the-scenes and clips!

Welcome to The Daily Wrap Up, a concise show dedicated to bringing you the most relevant independent news, as we see it, from the last 24 hours (9/28/24). As always, take the information discussed in the video below and research it for yourself, and come to your own conclusions. Anyone telling you what the truth is, or claiming they have the answer, is likely leading you astray, for one reason or another. Stay Vigilant.  !function(r,u,m,b,l,e){r._Rumble=b,r[b]||(r[b]=function(){(r[b]._=r[b]._||[]).push(arguments);if(r[b]._.length==1){l=u.createElement(m),e=u.getElementsByTagName(m)[0],l.async=1,l.src="https://rumble.com/embedJS/u2q643"+(arguments[1].video?'.'+arguments[1].video:'')+"/?url="+encodeURIComponent(location.href)+"&args="+encodeURIComponent(JSON.stringify([].slice.apply(arguments))),e.parentNode.insertBefore(l,e)}})}(window, document, "script", "Rumble");   Rumble("play", {"video":"v5egaml","div":"rumble_v5egaml"}); Video Source Links (In Chronological Order): Digital ID: The Foundation for Technocracy (4) InThisTogether on X: "@DBrozeLiveFree @OdyseeTeam @_whitneywebb @TLAVagabond How absurd. I defy anyone to watch that discussion and identify anything that could possibly be construed as conflicting with the interests of any community. Only an authoritarian regime could judge it unnaceptable and regimes don't build communities, they crush them." / X Debunking the False Binary with the Independent Media Alliance Announcing the Independent Media Alliance Elon Musk digital ID - Brave Search Twitter Still Using AU10TIX & Israeli Soldiers Arrested For Gang Rape Protected By Leadership (7) AU10TIX on X: "

Adafruit HDC3022 Precision Temperature & Humidity Sensor - STEMMA QT / Qwiic (0:09) adafruit.com/product/5989 iFixit FixHub - Power Series Smart Soldering Iron (0:42) adafruit.com/product/6045 LANA TNY - CH32V203 mini microcontroller board by PHVX BV (1:59) adafruit.com/product/6042 Adafruit Sunken USB Type C Breakout Board - Downstream Connection (3:00) adafruit.com/product/6050 Adafruit Double-Sided Emitter NeoPixel LED Strip - 120 LEDs/m - 1m long (3:35) adafruit.com/product/5985 Adafruit NeoPixel Silicone Bead LED Strip - 180 LEDs per Meter - 1 meter (5:31) adafruit.com/product/6016 Adafruit I2S MEMS Microphone Breakout - ICS-43434 (7:12) adafruit.com/product/6049 ----------------------------------------- New nEw NEWs New Products, News, and more: https://www.adafruit.com/newsletter #newnewnew Shop for all of the newest Adafruit products: http://adafru.it/new Visit the Adafruit shop online - http://www.adafruit.com Adafruit on Instagram: / adafruit LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

Adafruit HDC3022 Precision Temperature & Humidity Sensor - STEMMA QT / Qwiic (0:09) adafruit.com/product/5989 iFixit FixHub - Power Series Smart Soldering Iron (0:42) adafruit.com/product/6045 LANA TNY - CH32V203 mini microcontroller board by PHVX BV (1:59) adafruit.com/product/6042 Adafruit Sunken USB Type C Breakout Board - Downstream Connection (3:00) adafruit.com/product/6050 Adafruit Double-Sided Emitter NeoPixel LED Strip - 120 LEDs/m - 1m long (3:35) adafruit.com/product/5985 Adafruit NeoPixel Silicone Bead LED Strip - 180 LEDs per Meter - 1 meter (5:31) adafruit.com/product/6016 Adafruit I2S MEMS Microphone Breakout - ICS-43434 (7:12) adafruit.com/product/6049 ----------------------------------------- New nEw NEWs New Products, News, and more: https://www.adafruit.com/newsletter #newnewnew Shop for all of the newest Adafruit products: http://adafru.it/new Visit the Adafruit shop online - http://www.adafruit.com Adafruit on Instagram: / adafruit LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

What was your first big *adulting* purchase? That first big purchase is way more than just its monetary value—it's a symbol of many sacrifices and a badge of honor for our hard work. In this solo episode, Bianca shares the story of her first big purchase and shares some of your stories too! Part of this episode was originally released on November 4, 2021. Follow Paano Ba ‘To on our socials! IG: www.instagram.com/paanobato FB Group: www.facebook.com/groups/paanobato To know more about the work of Bianca Gonzalez, check out her pages on IG/FB/X/YouTube/Tiktok: @iamsuperbianca  Paano Ba ‘To?! Created by Bianca Gonzalez Est. 2014

Adafruit HDC3022 Precision Temperature & Humidity Sensor - STEMMA QT / Qwiic (0:05) adafruit.com/product/5989 iFixit FixHub - Power Series Smart Soldering Iron (0:12) adafruit.com/product/6045 LANA TNY - CH32V203 mini microcontroller board by PHVX BV (0:20) adafruit.com/product/6042 Adafruit Sunken USB Type C Breakout Board - Downstream Connection (0:33) adafruit.com/product/6050 Adafruit Double-Sided Emitter NeoPixel LED Strip - 120 LEDs/m - 1m long (0:44) adafruit.com/product/5985 Adafruit NeoPixel Silicone Bead LED Strip - 180 LEDs per Meter - 1 meter (0:55) adafruit.com/product/6016 Adafruit I2S MEMS Microphone Breakout - ICS-43434 (1:10) adafruit.com/product/6049 ----------------------------------------- New nEw NEWs New Products, News, and more: https://www.adafruit.com/newsletter #newnewnew Shop for all of the newest Adafruit products: http://adafru.it/new Visit the Adafruit shop online - http://www.adafruit.com Adafruit on Instagram: / adafruit LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

Hosts Bryan Goldstein, President- Analog Devices Federal and Vice President Aerospace and Defense Group at Analog Devices, and Sean Darcy, Sr. Director Aerospace and Defense at Infineon talk with special guest, Russ Garcia, CEO at Menlo Micro, about the reinventing the semiconductor supply chain with the CHIPS Act and onshoring. Russ discusses his experiences with onshoring and starting up a new MEMS fab. Visit Analog Devices A&D webpage for solutions to your design challenges.

How do you SUSTAIN YOUR PASSION? Sa lahat ng Supers na Ka-Eme, eto na ang pinakahihintay ninyong #PaanoBaTo x #AngWalangKwentangPodcast crossover! Direk Antoinette Jadaone and Direk JP Habac share their "ang HIRAP pero GO LANG" mems from their career before they became the filmmakers they are today (wuw!) and what you can do to keep going sa work when things get really tough.  ICYMI: Bianca also guested on AWKP, check it out on their show page!  Paano Ba ‘To: The Podcast is created and hosted by Bianca Gonzalez, produced under ANIMA Podcasts. Follow us on Instagram! @paanobato Join the #PaanoBaTo private Facebook group: www.facebook.com/groups/paanobato Follow Bianca on Twitter/Facebook/Instagram/YouTube/Tiktok: @iamsuperbianca

How does the Naval Academy balance the potential educational benefits of generative AI with the need to maintain educational integrity and the development of critical thinking skills in Midshipmen? Given the nuanced approach to AI in classroom settings, what challenges have you faced in implementing and enforcing policies on the use of generative AI, and how have these been addressed? How has the introduction of generative AI impacted the pedagogical approaches within the Academy, especially concerning the emphasis on the writing process over the final product? Finally, with generative AI technologies evolving rapidly, what future plans does the Naval Academy have to continuously adapt its educational strategies to ensure that Midshipmen remain competitive and ethically grounded leaders in the age of AI?Doctor Samara Firebaugh is the Academic Dean and Provost at the United States Naval Academy. In that role, she is responsible for the entire academic program for the 4,400-member Brigade of Midshipmen, oversees nearly 600 faculty members, and serves as the primary source of information and advice for the Superintendent regarding the education of midshipmen. Professor Firebaugh graduated magna cum laude from Princeton University with a Bachelor's degree in Electrical Engineering in 1995.  She received her Masters and PhD from the Massachusetts Institute of Technology in 1997 and 2001, respectively, both also in Electrical Engineering. Dr. Firebaugh's area of scholarship is microelectromechanical systems (MEMS), and particularly in integrated sensors and micro robotics. She is the 2014 recipient of the Class of 1951 Civilian Faculty Award for Excellence in Teaching, and the 2012 recipient of the Raouf Award for Excellence in Engineering Teaching. 

I am happy to announce that longtime friend of the show Alissa Fitzgerald is my guest this week! Alissa and I discuss MEMS product development, the details of AMFitzgerald's unique innovation process, and why recent developments in thin-film PZT MEMS chips will change the future of MEMS applications.  

El mundo de la micromecánica es ESPECTACULAR

Show Information Mar. 24, 2024 Greetings brothers and sisters! Welcome to the weekly MormonNewsRoundup. I am your host Dives, talent on loan from Kolob     My crew and I ruminate weekly on the great and spacious beehive! Thanks so much for joining us to discuss the latest current events in Mormondom. Full Title EP 112 - Relief Society Conference clip regarding the power of women in the LDS Church goes viral for all the wrong reasons and much much more! Welcome to the MormonNewsRoundup! Get to know Shane (5 minutes) Articles Study shows shifting Latter-day Saint views on LGBTQ rights https://tinyurl.com/5xt5td4j  BYU Corner https://tinyurl.com/3w94n2vh  BYU Athletics Cruises!? https://tinyurl.com/m88u7z35  https://tinyurl.com/4x3cre5n  Meme https://tinyurl.com/52cnpsy7  Black student at Hawaii Mormon school says he's fighting order to cut hair https://tinyurl.com/5bdtzbb8  Random Articles Biden reflects on his family history https://tinyurl.com/mr3zdkwu  The extremely rare CES letter update https://tinyurl.com/3pej334d  Kwaku? Brad? Featured News Article https://tinyurl.com/9hpe66az  "LDS Church Gives More Power to Women Than Any Other Religion Institution" Nemo CofC Comparison https://tinyurl.com/5yebnssz  They've now removed ALL 8000 comments. All the heartfelt opinions, gone, silenced https://tinyurl.com/cdfx66ym  https://tinyurl.com/hyuyr35b  https://tinyurl.com/yp9ykwzf  do they consider the matter closed? https://tinyurl.com/bp56rwn9  Men Vs. Women in the LDS Power Structure https://tinyurl.com/yv52c7ba  https://tinyurl.com/bdfz6xxr  https://tinyurl.com/3ty7zy2a   Artist Responds https://tinyurl.com/353py7a5  https://tinyurl.com/2s3ysfct  https://tinyurl.com/ykpr4n4z  https://tinyurl.com/5a4z4jzm  Jasmine to the Rescue!…Sort of https://tinyurl.com/22sbc7ee  Response to Jasmine https://tinyurl.com/njy3rpds  Nemo Take 2 https://tinyurl.com/56z99a6x  https://tinyurl.com/vnu7tmv7   https://tinyurl.com/y4srdskz  The Mems won't go away https://tinyurl.com/nv8u9ymy   The Mormon Onion https://tinyurl.com/4r76x72u  https://tinyurl.com/2s4czk67  Mormon News Roundup Poll of the week The Top 10 Ways Give LDS Women More Power in the Relief Society Link https://tinyurl.com/4ram3z6y  MNRU Joke of the week Shane Conclusion What projects are you working on and how can people get in touch with you Shane's TikTok: https://www.tiktok.com/@shane_deconstructs Merch Store: https://tenderluckies.com/ Top-seller is a set of mugs that say "Delicious to the Taste and Very Desirable" for $16.66  Please consider making a donation by joining our Patreon https://www.patreon.com/MormonNewsRoundup  Connect with Dives! Email: kolob@mormonnewsroundup.org  Website: https://mormonnewsroundup.org/  TikTok: https://www.tiktok.com/@mormonnewsroundup  Instagram: https://www.instagram.com/mormon_news_roundup/  Facebook: https://www.facebook.com/profile.php?id=100093511869924  X: https://twitter.com/NewsMormon  New MNRU episodes live on YouTube Sundays at 9:30pm EST New MMR episodes live on YouTube Mondays at 9:30pm EST Our next review How Near to the Angels https://youtu.be/pFNl_dbNdEA  Janet is a latter-day saint who wants a temple marriage, but her steady boyfriend, Kent, is inactive. But while Janet attends a church fireside, a young Mormon man named Tim introduces himself and proposes suddenly. Tim's mission president told him to get married within six months of coming home. Now Janet faces a tough choice. Please like and subscribe to this program. Shoutout to Weird Alma on bandcamp.com for this episode's music. Thanks so much for ruminating with me on the great and spacious beehive!  And remember, remember: No unhallowed hand can stop this podcast from progressing!  #lds, #mormon, #exmormon, #postmormon,#religion, #news, #ldschurch, #comeuntochrist, #churchofjesuschrist, #churchofjesuschristoflatterdaysaints, #byu, #byui, #josephsmith, #comefollowme, #polygamy, #bookofmormon, #becauseofhim, #hearhim --- Support this podcast: https://podcasters.spotify.com/pod/show/mormonnewsroundup/support

Tzeno Galchev, Marketing Director for the MEMS Inertial Sensor Group at Analog Devices, discusses how MEMS and IMUs can be used in steering microwave systems and the future of this technology. Check out ADI IMUs at https://www.analog.com/en/product-category/inertial-measurement-units.html. Sponsored by Analog Devices.

How To Avoid Spectacular Failures With Leddar Tech CEO Frantz Saintellemy $LDTC Frantz Saintellemy, CEO of LeddarTech Website: https://leddartech.com/ Nasdaq: LDTC Bio: Engineer, innovator and internationally recognized expert in advanced technologies, Frantz has 25 years of experience in the electronics and automotive sector, with specialized knowledge in automotive, autonomous driving, AI, IoT and automation applications, in addition to business and product development, applications engineering, global sales and marketing. A dedicated entrepreneur and philanthropist, he is also co-founder of Groupe 3737, an incubator and innovation center that houses more than 30 companies and start-ups, in addition to offering a framework for ideation to revenue generation. Frantz joined LeddarTech in September 2017, having previously served as VP and General Manager of the Automotive and Industrial Division of Integrated Device Technology (NASDAQ: IDTI), a California-based company specializing in a broad array of complete mixed-signal solutions. Prior to IDT, Frantz was President and Executive VP of Global Sales and Marketing at ZMDI AG, a global supplier of MEMs-based sensor solutions for automotive and industrial applications, which was acquired by IDT in December 2015. Prior to ZMDI, Frantz was CTO and Corporate VP of Technical Marketing and Advanced Engineering Group at Future Electronics, a global distributor of semiconductors and passive, interconnect and electromechanical components. Throughout his career, Frantz has produced numerous patents and technical innovations. He also founded and co-founded many successful start-ups and corporations, the likes of which include SMGT Inc., Q-Links Home Automation, Groupe Reno-Metrix, Capital Plus and OMNI Global, and sits on several boards and advisory committees. Frantz holds degrees in electrical engineering, business and marketing, and is also a graduate of the MIT Sloan Engineering Fellows Program on Innovations and Global Leadership. He was appointed chancellor of the University of Montreal in October 2021. --- Support this podcast: https://podcasters.spotify.com/pod/show/smartmoneycircle/support

Interview with Bob Zona of Microchip's Clock and Timing Business Unit. Clock and Timing solutions are essential for all types of digital systems, from the growing use of computing and communication in automotive to the extreme conditions of space. Bob Zona, Senior Product Marketing Manager at Microchip, talks about the company's unique abilities in MEMS oscillators that make Microchip the leader in the clock and timing and field. With the broadest Clock and Timing portfolio in the industry, spanning atomic clocks, RTCCs, PCIe timing, and 60 years of experience, Microchip offers system designers the timing solutions and expertise they need to develop successful products. Find out more about Microchip's Clock and Timing products here https://www.microchip.com/en-us/products/clock-and-timing   Time Stamps [01:19] Microchip products and ‘swapability' of products [2:52] The need for specialist products in the clock tree [3:51] Microchip's strengths in the timing market [07:52] Unique manufacturing capability gives end-to-end control [09:15] Benefits of MEMS compared to quartz clocks [10:59] Applications for Microchip MEMS family [14:13] Working with other BUs on complete timing systems solutions [16:44] Unusual applications for MC products [18:22] Designing a timing system [19:21] Takeaway – Microchip in timing   Follow Bob Bob Zona on LinkedIn: https://www.linkedin.com/in/bob-zona-12b1812/   If you enjoyed this episode, be sure to subscribe to our podcast for more discussions about Microchip's smart, connected and secure embedded control solutions and connect with us on social media to stay updated on upcoming episodes. We'd also appreciate it if you could leave us a review on your favorite podcast platform.   Want more? Look out for more upcoming podcasts from Microchip: Beyond the Microchip So much of our daily lives are controlled or influenced by electronics. We rely on GPS to direct us, we hit "brew" on our coffee machines for our mornin' cup of Joe, we wave our hands over a sensor to get running water from a faucet, and press a button to open our garage doors.  But do we really know what's going on inside? Are we aware of the universe of technology and calculations going on right under our nose? Beyond the Microchip takes you inside the world of Embedded Control technologies to understand how the chips and sensors we can't see impact our lives in dramatic ways. They remind us why we have and embrace technology, to enhance the human experience.  Join us each episode as we look at an aspect of our daily lives that shapes what it means to be human and how we can empower the innovation that enhances that experience through Microchip Technology. Subscribe to Beyond the Microchip wherever you get your podcasts.

Can you believe that it's Kim's final episode in Austin before her big move to San Diego?!  Before taking off, Kim and Kiona are chatting about some of Kim's favorite things about the city, what she's looking forward to and what she's happy to leave behind (cough cough Austin men

Infomaniak partage les valeurs de Tech Café : éthique, écologie et respect de la vie privée. Découvrez les services de notre partenaire sur Infomaniak.comLe CES (Consumer Electronic Show), le salon de Las Vegas qui nous présente chaque année les innovations en matière d'appareils tech a eu lieu du 7 au 10 janvier. Nous n'en avions pas parlé dans l'épisode précédent mais c'était pour mieux revenir dessus. Alors je dois dire que c'était un CES assez classique avec son lot de truc malins, trucs bizarres voire assez loufoques, avec cette année forcément, son lot de contenus pensés avec l'IA. On va vous faire la revue de presse et notre sélection de ce qu'il fallait retenir. ❤️ Patreon

A year ago, From Know-how to Wow introduced AI-hosted Deep Dive episodes. We've compiled the nerdiest bits from 12 months of Deep Dives - and added a little holiday cheer at the end. Join Geoff's voice avatar for a look back at our episodes on spatial audio, quantum sensors, and more! More Bosch podcasts: Beyond Bosch: https://podtail.com/de/podcast/beyond-bosch/

In this episode, The Mentors Radio Host Tom Loarie talks with Al Pisano, Dean of the University of California San Diego (UC San Diego), Jacobs School of Engineering, about technology, trends in technology, trends in STEM education and where the demand for engineers will be the greatest over the next decade. Dr. Pisano, a highly accomplished mechanical engineer, has been in the UC system for more than 41 years, the last 11 years as Dean of the Jacobs School of Engineering. Under Dr. Pisano's leadership the school exploded in growth from 5,800 students to 9,000, making it the largest public engineering school in the nation and ranked as one of the best engineering programs in the country. He raised nearly $400 million for the school and expanded its research from computer chips to earthquake-proof buildings, to flying taxis. Pisano is listed as a co-inventor on more than 20 patents, has authored or co-authored more than 190 archival publications and founded and co-founded 10 start-ups in Medtech and Tech. A co-founder of 10 companies, Pisano is dedicated to translating engineering breakthroughs for the benefit of society. In 2000, for example, he co-founded Mercator MedSystems with UC Berkeley doctoral student Kirk Seward in order to commercialize their MEMS-enabled breakthrough in medical device design and manufacturing. Today, the company's medical devices are used around the world to deliver drugs, stem cells and other therapies to tissues at precise locations deep with the body. What's next? In this episode Dr. Pisano talks about the future of engineering, key trends in technology and cutting edge technology. For those considering a career in engineering, the future looks bright, plentiful and fascinating! For the rest of us, there's plenty to glean from this lively, innovative conversation. Listen to episode below, or on ANY PODCAST PLATFORM here. We are GRATEFUL for YOUR review(s) on Apple Podcasts and Spotify!! THANK YOU!! Please share with friends and colleague— Let the world know! SHOW NOTES: AL PISANO, PhD: BIO: https://jacobsschool.ucsd.edu/news/release/1387 https://jacobsschool.ucsd.edu/about/leadership/dean/albert-pisano MENTIONED IN EPISODE: "Stream Your Learning" at UC San Diego's Jacobs School of Engineering WEBSITE: https://jacobsschool.ucsd.edu/

Co-CEO's of Silmach, Pierre-Francois Louvigne and Jean-Baptiste Carnet, talk about their new MEMS technology with IEEE Spectrum editor Glenn Zorpette. The tech has been used to create the first major upgrade to the movement of quartz watches in decades, a power efficient motor that is 50 percent smaller, allows fluid forward-and-back motion of the hand, and requires so little power a watch can run for over a decade before it needs a new battery. Louvigne talk about their new hybrid watch, which combine smartwatch electronics with analog faces, and partnerships with manufacturers such as Timex.

In this episode of TechFirst, host John Koetsier explores the global transition from traditional coil and magnet speakers to solid-state semiconductor alternatives with Mike Householder, a VP at XMEMS. The discussion includes the history of the speaker, the advantages of using solid-state semiconductors, and the future vision for sound technology. Mike also makes a big product announcement and provides insight into how his innovative technology will improve audio quality and enhance sound experiences in various devices like earbuds, phones, and home theaters. 00:00 Introduction to the Evolution of Sound Technology 00:31 The Limitations of Current Sound Technology 00:40 Introducing a New Silicon-Based Sound Technology 00:49 Interview with Mike Householder from XMEMS 01:12 Understanding the Old Tech: Coil and Magnet Speakers 03:08 The Advantages of Solid State Components 05:20 The Benefits of the New Tech for Manufacturers and Consumers 07:58 The Unique Sound Signature of the New Tech 16:32 The Path to Market Dominance and Upcoming Product Announcements 20:47 The Future of Sound Technology: Beyond Personal Audio 24:25 The Science Behind Ultrasonic Amplitude Modulation 30:02 Conclusion and Final Thoughts

DOWNTIME ACTIVITES! Oh, and Havok secures a 6 cred job delivering weapons past a planetary blockade, nothing could go wrong with that right? Come follow us on Twitch! If you want to help the show directly, support us on Patreon!  For the quenchiest merch, check out our store. We'd love to meet you. Come hang out with us on Discord. Instagram: @dustfiremedia Facebook: @dustfiremedia Dustfire Media produces multiple Actual Play shows, including Scum and Villainy, Avatar Legends, and our patreon exclusive show. Special thanks to our amazing supporters: Adam W., Caleb M./Lord Immortal, Alyssa, Klagada, ikoroki, Derek O., Topknots Hairpin, Chris, Rachel, Ben K., Bento Box, Merrai, Jesper, Niko M., vaeVictus, Kaychbee, shockanaw

Your Personality Superpower Highlights from this episode of Crushing the Day:

The transition to UHD television broadcasts is going slowly, but France intends to make it happen by 2029. MEMS are solid state devices that are manufactured like semiconductor chips and vibrate in response to an electrical current, and they’re here to transform our earphones and cooling fans. Pictures shown in this episode: https://flic.kr/s/aHBqjB1z5r 00:00:00 – Intro […] The post AV Rant #885: Proper Positioning appeared first on AV Rant.

-Soundcore Liberty Pro 3 review -Don't throw away your old SLR cameras: https://www.notebookcheck.net/Game-changing-digital-film-cartridge-adds-20-MP-micro-4-3-sensor-to-any-35-mm-film-camera.758328.0.html -Another Toyota BS: https://www.pcmag.com/news/toyota-inks-deal-to-mass-produce-solid-state-ev-batteries-with-932-mile -Those old copper pipes just keep on giving: https://www.engadget.com/comcast-starts-squeezing-2-gbps-symmetrical-internet-speeds-through-decades-old-coaxial-cables-143657830.html?src=rss -Best Buy is out of the physical media business: https://entertainment.slashdot.org/story/23/10/13/0314215/best-buy-will-reportedly-stop-selling-dvds-and-blu-ray-starting-next-year?utm_source=rss0.9mainlinkanon&utm_medium=feed -MEMS tech will produce the earbuds of Tony's DREAMS: https://www.engadget.com/could-mems-be-the-next-big-leap-in-headphone-technology-173034402.html?src=rss -A couple posts in our discord servers led me down a “review bombing” rabbit hole, then I was fed this from Google News. I hate that im just a part of an algorithm. https://arstechnica.com/tech-policy/2023/09/yelp-names-and-shames-businesses-paying-for-5-star-reviews/ -Netflix House. What will they think of next. https://arstechnica.com/culture/2023/10/netflixs-new-physical-stores-could-include-squid-game-obstacle-course/ -SpaceX Direct to Cell service. https://arstechnica.com/gadgets/2023/10/spacex-details-starlink-for-phones-plan-launching-in-2024/  

Josh Silverman is the CEO and founder of Windfall Bio, which transforms methane into nitrogen-rich organic soil nutrients using naturally occurring methane-eating microbes. With a strong background in biotechnology, Josh has founded multiple successful ventures in the field, raising over $300 million in equity financing and generating a cumulative exit value exceeding $1.7 billion.After co-founding Calysta, a cellular agriculture company that converts methane into sources of protein for livestock and other food ingredients, Josh turned his attention to other ways to tackle the problem of atmospheric methane, which led him to start Windfall. Carbon dioxide removal (CDR) gets the bulk of attention in the greenhouse gas removal space, but methane is responsible for a significant portion of the planetary warming that we are experiencing. Methane is up to 80 times more potent than CO2 from a heat-trapping perspective and is significantly more diffuse than CO2 in the atmosphere, making it challenging to capture or remove it once released. While there are growing sources of anthropogenic methane released via natural gas infrastructure, livestock, rice cultivation, as well as landfills and waste processing, there are also significant naturally occurring pockets of methane released in the oceans and arctic tundra, which are likely to only increase on a warming planet, a case study in feedback loops leading to climate change tipping points.Josh and Cody dive into the problem of methane, as well as Windfall's solution and how Josh has grown the business. They also cover Josh's background and experience in the space. The MCJ Collective Venture Fund is a proud investor in Windfall, and we're grateful to Leron Gidig at EDF for introducing us to Josh as part of EDF's Climate Tech Convening event in the fall of 2022.  In this episode, we cover: [03:41]: CO2 vs. methane attention and short-term impact[06:03]: Methane breakdown into CO2 over time[07:18]: Sources of methane: natural and human-created[09:16]: Challenges with methane release and feedback loops[11:49]: Diffuse methane release sources like rice farming[12:58]: Connections to biological CDR solutions[14:46]: Windfall's work with methane-eating microbes (MEMS)[18:24]: Energy value and economics of methane capture[20:36]: Windfall's digester use on farms for methane reduction and fertilizer production[25:18]: Potential for branding "Low Greenhouse Gas" ag products[26:37]: Market for methane removal[28:05]: Decrease in natural MEMS despite methane increase[30:53]: Josh's biotech background and methane work[34:20]: Windfall's branding and company status[35:27]: Where the company stands today, scaling, and low technology risk[37:01]: Windfall's patented natural MEMS[38:58]: Scaling MEMS for diffuse methane sources[41:27]: Following and connecting with WindfallGet connected: Josh Silverman LinkedInCody Simms Twitter / LinkedInMCJ Podcast / Collective*You can also reach us via email at info@mcjcollective.com, where we encourage you to share your feedback on episodes and suggestions for future topics or guests.Episode recorded on Aug 8, 2023 (Published on Aug 17, 2023)