That's a wrap on Research@ Munich! 🙌 Speaker sessions highlighted some of the most groundbreaking advancements in AI, from climate to health, privacy, and quantum computing. Research@ is a For Researcher, By Researcher event series; thank you to all for the engaging presentations and discussions! → https://goo.gle/4cjONmM
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While I've been delivering formal talks on my group's research at conferences and workshops for a while now, this is the first time I talked much more informally about research on a popular science platform. I would like to thank science communicator, Mr Eddie Avil, a lot for inviting me to his popular YouTube platform (The One's Changing The World). These informal interviews give us, researchers, an opportunity to communicate about the big picture of our field in a way which we can't afford to do in technical talks and research articles. So, if you want to know more about my perspectives on neuromorphic computing, spintronics, and noisy intermediate scale quantum (NISQ) computing, do give this video a watch. https://lnkd.in/dN8YMhm5
Next-generation AI using Spintronics, Neuromorphic and Quantum Computing - Prof Debanjan B #251
https://www.youtube.com/
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Every year at Embedded Tech Trends, I have the pleasure of working with Amelia Dalton. A consummate professional, she asked excellent questions and knows how to make her guest feel at ease. While I love every single episode I've had the pleasure of listening to, I think this one with my colleague and friend Ken Grob is one of my favorites so far. Quantum computing, AI -- AND pickleball! 😃 🎾 Our deepest thanks Amelia! #eejournal #podcastseries #quantumcomputing #generativeAI #predictiveai #sensorsolutions #openstandards
In my EE Journal #podcast this week, Ken Grob from Elma Electronic and I investigate the modern edge computing ecosystem, trends pushing a need for a transformation of information delivery, and one of my favorite topics - quantum computing!
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HPC applications engineer, developing a wind energy solver and benchmarking communication libraries for GPUs.
Highlights of the upcoming GPUs for Science Day - GPU vendor panel with reps from NVIDIA, AMD, and Intel - Talks on GPU applications from varied domains - climate modeling, chemistry, fluid dynamics, microstructures and so on.. - Novel programming and performance models Register now to attend the live stream!
#GPUsforScienceDay is coming up next Thursday, October 12 at NERSC – join us to celebrate the groundbreaking innovations made possible by GPUs, from scientific simulations to generative AI! Public in-person registration has closed, but don't forget to register for online attendance: https://bit.ly/GPUs4Sci23 U.S. Department of Energy (DOE) Berkeley Lab Computing Sciences Berkeley Lab
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Physicist and Technologist @ Stanford and MIT | MIT PhD '22 | Ecole Polytechnique X13 | Forbes 30 under 30
A year ago Yannick Salamin, myself, and team generated tunable probability distributions in a nonlinear optical resonator with very weak (vacuum-level) injected bias fields. Fast forward to now, our work lead by Seou Choi just showed that this device could implement inference in probabilistic machine learning models (both discriminative and generative models). Looking forward to seeing what the next year will bring us at the intersection of quantum optics and optical computing!
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In my EE Journal #podcast this week, Ken Grob from Elma Electronic and I investigate the modern edge computing ecosystem, trends pushing a need for a transformation of information delivery, and one of my favorite topics - quantum computing!
Solving the Unsolvable: How Technology Acceleration is Transforming Information Delivery
https://www.eejournal.com
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Happy Friday, with this week's episode of Amelia Dalton's Fish Fry #podcast in EE Journal. Elma's esteemed Ken Grob sat down with Amelia at this year's annual Embedded Tech Trends to discuss his presentation topic, "Solving the Unsolvable: How Technology Acceleration is Transforming Information Delivery". Like watching paint dry, you think? Think again - it most certainly isn't when you throw #quantum computing into the already crowded #AI world! #ett2024 #techtrends2024 #ibmsystem2 #openstandards #futuretech
In my EE Journal #podcast this week, Ken Grob from Elma Electronic and I investigate the modern edge computing ecosystem, trends pushing a need for a transformation of information delivery, and one of my favorite topics - quantum computing!
Solving the Unsolvable: How Technology Acceleration is Transforming Information Delivery
https://www.eejournal.com
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#QML stands for Quantum Machine Learning and refers to the execution of machine learning tasks on innovative hardware - a quantum computer. But what does this mean in detail? What benefits can this bring to your company, and how can you take the first step into this exciting world? Many thanks to Dr. Sebastian Feld for this interesting guest post, which you can now read on our blog: https://lnkd.in/etxmnZEh Learn more about his exciting work here: https://lnkd.in/eRN9xSkP #QuantumMachineLearning #Aerospace #Energysector #Science #Research #PlanQK
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Join us this Friday for the MATRIX seminar series featuring Dr. David Z. Pan. from The University of Texas at Austin. In this talk, he will show how photonics and AI interplay with each other. #AI #UTSAAI
Assistant Professor at UTSA, Postdoc at Boolean Lab (UCSD), AAI Fellow'2019, PhD from TAMU [I have multiple PhD positions starting August'23 in AI hardware, Photonics, and Accelerator architecture] ]
The Department of ECE and the MATRIX - The UTSA AI Consortium for Human Well-Being at The University of Texas at San Antonio are hosting Prof. David Z. Pan from The University of Texas at Austin, this Friday. Prof. Pan is a GURU in the fields of EDA, Photonic Computing, and Embedded Systems. Come join us to listen to his spectacular talk. #photonics #AIforwellbeing #matrix #eda
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Software Engineer in Test @ First Citizens Bank | UI & Backend Tester | Manual & Automation Tester | US Citizen
DishBrain is a semi-biological computer chip with human and mouse brains lab-grown into its electrodes created by Monash University scientists. The project attracted a $407,000 grant from Australia's National Intelligence and Security Discovery Research Grants program after the chips demonstrated the ability to learn to play the game Pong within five minutes. These types of chips may eventually become a new form of machine intelligence. The funds from the grant will be used to scale up the hardware and methods used to create the chips to the point where they become a viable replacement for silicon computing. https://lnkd.in/gHr4JqYQ
Computer chip with built-in human brain tissue gets military funding
newatlas.com
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Visiting peers is always a pleasure, visiting them in Bath is even a greater pleasure :) Just gave a colloquium on quantum computing and optics at the University of Bath — an excellent way to connect and talk to researchers from various disciplines and backgrounds. One question that appears in discussions a lot is “What are the best applications of quantum machine learning?” (Any opinion here?) Fife me, the honest answer is we are still in the process of finding this out, and the journey is as important as the destination. Thanks a lot Habib Rostami for inviting! #quantumcomputing #machinelearning
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I very much enjoyed the presentations and exploring the remarkable advancements in AI research across various fields. Thank you for this opportunity