Anders Sandell’s Post

REPOST:Let's talk about the next iteration of the internet. Web 3.0. In this episode, I chat with Tian Zhao about what kind of products and experiences will be possible with mass adoption of distributed computing.  Connect with Tian: https://lnkd.in/gqCeuQxd If you get any value out of this show, or if it has helped you in any way, please subscribe to “Thinking Out Loud About Design” for free to get the distilled learnings on being a staff-level individual contributor.

Discover how businesses are using quantum computing on the latest TECHTalks podcast episode.

My Beloved LinkedIn Community, I invite you to listen to the latest episode of HBS Skydeck. "Quantum Leap," written by Alexander Gelfand, is the story of John Levy (MBA 1979) and his startup that he believes has a way to make Quantum computing a superpower for business. Hear me say things like, "the black art of chipmaking," "spooky action at a distance," and "the complexity you need to run five qubits." Thanks to Dan Morrell and the gang for letting me read another fine story for Skydeck Reads. https://lnkd.in/etnXNjU7

After my time off last week, pretending to be a musician, I realized that last week's Superposition Guy's episode with Bob Sorensen was the 100th episode. I find this somewhat hard to believe, but it is what it is. Here are five key topics we covered (five more later this week) 1. Interdisciplinary Applications:   - Quantum computing is being explored in various fields such as life sciences (Sabrina Maniscalco), finance (Sergio Gago), healthcare (Matthew Versaggi), and even music (Eduardo R. Miranda and Brian Siegelwax).   - Companies are integrating quantum technology with classical systems to solve complex problems in fields like material science (Scott Genin) and subsurface imaging (Marcin Dukalski). 2. Diverse Quantum Technologies:   - Different companies are developing quantum computers using various technologies such as neutral atoms (Alexander Keesling and Nate Gemelke), superconductors (Simon Phillips), silicon-based qubits (Andrew Dzurak), and photons (Niccolo Somaschi).   - Innovations in quantum error correction and optimization algorithms are critical areas of focus (Prof. Misha Lukin, Earl Campbell). 3. Quantum Security and Cryptography:   - Quantum-safe cryptography and key distribution are prominent concerns (Michele Mosca, John Prisco, Brian Miles).   - Discussions on the implications of quantum technologies for cybersecurity highlight the urgency of preparing for potential quantum threats (Rebecca Krauthamer, Denis Mandich). 4. Industry and Government Collaboration:   - Collaboration between industry and government entities is vital for advancing quantum technologies (Michael Hayduk, Catherine Vollgraff Heidweiller).   - National strategies and international partnerships are helping drive quantum research and development (Neil Abroug, @Lisa Lambert). 5. Startup Ecosystem and Investment:   - Startups play a significant role in quantum innovation, often supported by venture capital and accelerator programs (André M. Königönig, Nardo Manaloto Manoloto - tomorrow's episode).   - Challenges in scaling and commercialization are recurring themes, emphasizing practical applications and real-world problem-solving (Nikolaj Thomas Zinner, Esperanza Cuenca Gómez Cuenca Gomez). Catch all 100 episodes at: https://lnkd.in/egeXHbjw

One of the best things to honor such a great person and intellectual of our times is to dive deep into his thoughts, curiosity, and intellectually enlightening concepts. One of my favorite articles is Alan Turing's article, The Chemical Basis of Morphogenesis, published in 1952. His investigation into a crucial aspect of cell differentiation, a concept now at the forefront of scientific courses and research, holds promise for curing many diseases, and his contributions continue to shape and inspire the field of science. In this article, Turing delves into the intricate processes that govern the development of living organisms, shedding light on a fundamental aspect of biology that continues to inspire research today. Here is the link to that article. https://lnkd.in/dFSNuaM9 Alan, your enlightened mind and pioneering work have truly paved the way for a new world. We are forever grateful for you. 

You don't want to miss this! On this episode of our podcast, Chalk Radio, the legendary computer science professor Hal Abelson from MIT EECS reflects on his long career in computer science and how computers can be used to augment human potential. We are big fans of Prof. Abelson, because he helped create the initiative that became MIT OpenCourseWare! And here we are 20+ years later! https://bit.ly/3UZ6z7r #OnlineLearning #OpenLearning #OpenEducation #HigherEducation #ArtificialIntelligence

🇨🇳 Tune in for a new episode of China Global with GMF's Bonnie Glaser, joined by Sam Howell, where the experts discuss quantum computing and its place in US-China competition. 🎙️ Listen now: https://bit.ly/4bztCw4

Can anyone suggest some good podcasts to listen to. I'd like to listen about how LLM's are trained, how is the data delivered, how does it get to the gpus, how are the weights/biases adjusted. Also interested once a mode is trained inference, what part of the model is loaded into memory, how does it deal with data that is not in memory etc. Thanks #networkingforai

🚀 Dive into the future of computing with the latest #FuturetechPodcast episode with Jon Irwin and myself from TorontoStarts ! Learn how classical computers are outpacing quantum ones in speed and accuracy. Don't miss the breakthrough insights! https://lnkd.in/gHehqcmS #QuantumVsClassical #TechNews #tech #podcast

Curious about "spatial computing" after the Apple Vision Pro launch, and how it impacts industries like architecture, engineering, and construction? Listen to John Manoochehri talk with Evan Troxel, NCARB about the impact of spatial computing on the field of architecture, and his latest venture Treasury.