Podcast appearances and mentions of Gordon E Moore

Dr. Fred Roozeboom joins ALD Stories for Ep. 24. Fred spent most of his career in the semiconductor industry at Philips and NXP working on rapid thermal processing and passive integration. He pivoted to ALD at the TNO Holste Centre and now finds himself at his alma mater, University of Twente. Fred was recently awarded the Gordon E. Moore Medal for Outstanding Achievement in Solid State Science and Technology from the ElectroChemical Society. Fred and Tyler talk about the semiconductor industry in the 80's, his original RTP work at Phillips, and the importance of passive integration. They also discuss the Medtronic pacemaker, his world record during the great reintroduction of spatial ALD and the applications he's most excited to see come to life with atomic layer deposition.    In this episode:    00:00 Introduction  01:43 Semiconductor Industry in the 80's  07:59 Rapid Thermal Processing & Creation of NXP  19:32 Passive Integration & 3D Silicon  33:41 Pivot to ALD  46:48 Fred's ALD Outlook    #ALDep #semiconductors #nanotechnology 

Die weltweit grösste Convenience Store-Kette «7-Eleven» will jetzt auch Europa erobern. Welche Chancen besitzt das in Nordamerika und Asien so erfolgreiche Franchise-System gegen die jeweiligen Platzhirsche in den verschiedenen europäischen Ländern? Die weltweit erfolgreiche Werbekampagne von Schweiz Tourismus mit Roger Federer ist gerade in die dritte Runde gegangen. Welches ist der beste Spot? Der mit der Schauspielerlegende Robert De Niro, der mit Oscarpreisträgerin Anne Hathaway oder der jüngste Spot mit dem südafrikanischen Star-Comedian Trevor Noah? Aufgrund des Todes von Gordon E. Moore, einem der Gründer von Intel, ist das von ihm formulierte Moore's Law und dessen Jahrzehnte lange Bedeutung für die Innovationstätigkeit in Unternehmen und Industrien, wieder in das Bewusstsein der Marketingfachwelt gerückt. Welche Relevanz wird dieses Gesetz zukünftig besitzen? Wird ein anderes Paradigma an dessen Stelle treten?

Tune in to the latest episode of the Chief Executive Summit podcast to hear Mark's conversation with Gordon E. Moore, co-founder and former chairman of Intel Corporation, who passed away recently at the age of 94. Moore was the mastermind behind Moore's Law, which predicted the doubling of the number of transistors on a silicon chip at regular intervals, paving the way for the exponential growth of computer data-processing power. Join Mark as he discusses Moore's Law and its impact on the high-tech industry with the man who saw the future. Don't miss this insightful conversation with one of the boldest and most creative technicians of the high-tech age. Tune in now to the Chief Executive Summit podcast to hear the full episode. #GordonEMoore #Moore'sLaw #IntelCoFounder #ChiefExecutiveSummit #podcast #high-techindustry

We look at new malware that uses a supply chain attack; we explain what this is, and why it is not uncommon. We discuss how hackers can open a certain company's garage doors from anywhere, and how a journalist got injured by a malicious USB drive that exploded. Show Notes: Apple's Worldwide Developers Conference returns June 5, 2023 Gordon E. Moore, Intel co-founder (and of “Moore's Law” fame) dies at age 94 How to securely dispose of old hard drives and SSDs SmoothOperator: 3CX VoIP app spreads Mac malware by Lazarus Group APT 3CX knew its app was flagged as malicious but took no action for 7 days North Korean hackers target security researchers with a new backdoor Journalist plugs in unknown USB drive mailed to him—it exploded in his face Open garage doors anywhere in the world by exploiting this “smart” device If your Netgear Orbi router isn't patched, you'll want to change that pronto You will not be jailed for 20 years if you use TikTok after its banned—despite internet fear-mongering Why is TikTok banned from government phones — and should the rest of us be worried? UK Joins U.S., Canada, Others in Banning TikTok From Government Devices Complete transcript of this episode Intego Mac Premium Bundle X9 is the ultimate protection and utility suite for your Mac. Download a free trial now at intego.com, and use this link for a special discount when you're ready to buy.

Clovis North High School sophomore John Estrada has qualified for the state science fair four times since middle school. But his project this year, a drought-detecting robot, earned the 16-year-old top honors at the world’s largest science competition, the Regeneron International Science and Engineering Fair . One of more than 1,800 competitors from 64 countries, Estrada walked away from this year’s virtual fair with a grand prize: The Gordon E. Moore Award for Positive Outcomes for Future Generations, a title that comes with a $50,000 college scholarship and is awarded to only one student each year. “It’s kind of like living in a dream almost,” says Estrada, who says he had always hoped to qualify for the international competition. “It’s kind of like validation…it shows promise for where I can bring this in the future.” Estrada built a robotic arm that can detect drought stress in crops using only images of their leaves. Having outfitted the arm with cameras that capture images of

Acompanhe o episódio do Health Tech Cast sobre engenharia genética e sequenciamento genômico. Quais são os avanços da tecnologia exponencial neste meio? No episódio anterior, entramos no cenário do mercado de startups que focam em health tech. O podcast abrange o porquê de investir nestas empresas, qual a situação atual no brasil e no mundo também. Assim, após o entendimento da importância desse mercado, queremos adentrar o estudo de outra tecnologia exponencial da saúde. No terceiro episódio do Health Tech Cast, o Dr. David Sena traz à discussão o estudo genômico e genético. Dentro deste tema, o CEO da GestãoDS irá reforçar os avanços que foram feitos, em poucos anos, e que aproximaram o conhecimento da sua própria genética para todas as pessoas. Há alguns anos, não indo muito longe, o valor de um sequenciamento genético chegava até U$100.000.000 milhões, Isto em 2001. Contudo, já em 2007 era possível fazer isso por um valor de U$10.000.000 milhões. Atualmente, o avanço se dá na facilidade de fazer um sequenciamento pelo preço de, aproximadamente, U$1.000. A seguir, vamos explanar um pouco melhor sobre os conceitos trabalhados no podcast. Mas basta você clicar na caixa no início do texto para escutar agora mesmo!  https://blog.gestaods.com.br/health-tech-cast-mercado-de-startups-de-health-tech/ Lei de Moore Trazendo o conceito que é apresentado no Podcast 03, buscamos explanar um pouco sobre a Lei de Moore. Em 1965 Gordon E. Moore, engenheiro químico, pressupôs que o número de transistores dos chips teria um aumento de 100%, pelo mesmo custo, a cada período de 18 meses. Isso se tornou realidade e acabou ganhando o nome de Lei de Moore. Essa afirmativa demonstra então que os transistores teriam maior poder de processamento pela metade do preço. Ela regeu o processo de crescimento da tecnologia no decorrer dos anos. Este projeto foi o que abriu portas para a redução dos custos do sequenciamento genético, como mencionamos anteriormente.  Contudo, o que tudo isso possibilita na prática? A importância Na prática, surgem novas técnicas de sequenciamentos mais baratos e rápidos. Assim, permitindo que pessoas que antes não tinham este poder, possam adquirir conhecimento sobre si mesmo.  Dentre as vantagens do sequenciamento está o entendimento sobre as relações genéticas. Compreender a propensão para doenças pode ajudar a entender melhor a si mesmo e também ajudar cientistas a encontrarem curas ou melhoras para doenças conhecidas como incuráveis. Assim como a ancestralidade, que se refere às raízes de cada um. Em casos mais específicos na tecnologia, temos empresas que sugerem parceiros e até viagens baseadas na sua genética. Tudo isso cada vez mais acessível, com exames feitos em casa e acompanhamentos em wearables. Achou esse conteúdo relevante para você? Aguarde nosso próximo podcast e compartilhe com seus amigos para que eles também possam ter acesso. Caso queira escutar pelo celular você também pode acessar pelas plataformas como Apple Podcast, no Google Podcast e no Spotify.

For over 40 år siden forudsagde Gordon E. Moore som en anden Nostradamus, hvordan computeres regnekraft villle udvikle sig eksponentielt fremad i tiden. Hans forudsigelse holder stik, og gør hele tiden ny teknologi muligt. Men eksperter frygter at de fysiske rammer for, hvad der kan klemmes ned i mikrochips snart er nået, og hvad gør vi så? Digitalt ser næmere på, om Moores lov har en udløbsdato. Værter: Chris Lehmann og Esben Hardenberg.

Here's the link to the video: https://youtu.be/UTVEVvfGOIw   Moore's Law states that computer processing power will double every 2 years, but we may be reaching a limit to this exponential growth. Thankfully, some new technologies may be turning that around. Support me on Patreon! http://www.patreon.com/answerswithjoe Follow me at all my places! Instagram: https://instagram.com/answerswithjoe Snapchat: https://www.snapchat.com/add/answerswithjoe Facebook: http://www.facebook.com/answerswithjoe Twitter: https://www.twitter.com/answerswithjoe ===================   SUMMARY: Gordon E. Moore was one of the co-founders of Intel and first proposed was came to be known as Moore's Law, which predicted that computer power would double every 2 years. For nearly 50 years, the industry kept pace with this prediction, but in recent years there's been a slowdown. 2 main reasons are heat and the quantum tunneling effect that occurs at the atomic scales. Some of the technologies that have been theorized to break through this barrier include: Graphene processors. Graphene carries electricity far better than traditional silicon processors, but is currently very expensive to produce. Three Dimensional Chips. Some manufacturers are experimenting with 3-D chips that combine processing and memory in one place to improve speed. Molecular transistors. Transistors that use a single molecule to transfer electricity. Photon transistors. These take electrons out of the process entirely and replaces them with laser beams. Quantum computers. These long-hyped machines could perform multiple calculations at once by using the superposition of quantum particles to process information. Protein computers. These use folding proteins to make calculations. And finally, DNA computers. DNA is the perfect data storage device, allowing scientists to store 700 terabytes of information in only one gram. But it can also be used in logic gates and are being tested in a processing capacity.

Jack Andraka is a Maryland high school sophomore who at age 15 invented an inexpensive and sensitive dipstick-like sensor for the rapid and early detection of pancreatic, ovarian and lung cancers. This invention earned him the grand prize $75,000 Gordon E. Moore award at the 2012 ISEF Awards. He has formed his own company and been on countless radio, newspaper, television, and magazine interviews. He is also a TED and TEDx Speaker and winner of Smithsonian American Ingenuity Youth Award and most recently selected as a White House Champion of Change.