An excellent couple of days at #MemCon24 discussing the most pressing challenges around #memory bandwidth and #interconnect in the era of #GenAI and #chiplets. Lots of interest in our #UMI approach to addressing the memory wall. Read more about UMI in our latest white paper. https://lnkd.in/egC4Bx5Q
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#AI and high performance computing demands have revolutionized the silicon, leading to a race to create the most massive and fastest designs achievable. At Baya Systems, we are witnessing the emergence of multi PB/s bi-section bandwidth within package, surpassing wire bandwidth growth physics. Outdated legacy communication solutions result in excessive power and area (x++% power, area for x% perf gain). This is unsustainable and calls for a transformation in on- and inter-chiplet communication and optimization strategies. In the race of high performance computing and AI silicon development, prioritizing #chiplet and on-chip communication for multi PB/s bandwidth is not only critical to win but just to stay in the game. Check out the link for more insights: [https://lnkd.in/g6cGtrH9]
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Furiosa was invited to present our novel AI chip architecture earlier this month at the International Symposium on Computer Architecture (ISCA). It was terrific validation of the team's work, coming from some of the world's leading silicon experts. You can watch the presentation at the link below or read our blog post about Tensor Contraction Architecture, which is more efficient and easier to optimize than GPUs: https://lnkd.in/g-Jfwp9c tl;dr: Deep learning is mostly doing stuff with tensors, so things get easier if you work directly with tensors rather than first chopping them up into matrices and then building around matrix multiplication. (Head's up to anyone who is seeing this in their LinkedIn feed because we worked together back in the day at ABC News or Yahoo or (waaaay back!) the Mexico City Times: This stuff is really interesting and the high-level version is totally accessible to non-technical people who are curious. Plus, when the AI overlords rise up to rule the Earth, it may be handy to be able to tell them things like, "I really admire the way you optimize tensors.")
The short video of our ISCA presentation, “TCP: A Tensor Contraction Processor for AI Workloads” is available now: https://lnkd.in/gbCZdhHA. Our paper was selected as one of 4 papers out of 26 submissions from 18 companies this year for the ISCA industry track. We are grateful for the opportunity to present at the leading silicon chip industry event and also meet the community of HW architects in Buenos Aires. - Read the overview blog: https://lnkd.in/gSgtHtUv - Download the full paper: https://lnkd.in/gzhc7pa7 Thanks to those who attended the talk and engaged with our team for discussions.
ISCA 2024: TCP -- Tensor Contraction Processor for AI Workloads
https://www.youtube.com/
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Yay! My team MaybeACat just won the QRISE 2024's Infleqtion Challenge. It was a great time with Shivani M., Tulsi Chaudhari, Prince Asare, and Ganisetti Gunadham. Congratulations to you! QRISE 2024 was a Quantum Research & Industry Skills Challenge, organized by Quantum Coalition, and sponsored by Unitary Fund, IBM, Microsoft, QuEra Computing Inc., Infleqtion, and Classiq Technologies. During QRISE 2024, we tried to implement Variational Quantum Eigensolvers algorithm to create more precise Atomic Clocks, based on the results of the paper "Optimal metrology with programmable quantum sensors" published earlier in Nature. We also dived deep on the pros of VQE made Atomic Clocks, future possibilities, and specifically the use of Fault Tolerance Systems. This was so far my first competition in Quantum Computing. Very very excited about what awaits next! #QuantumComputing #QRISE #Infleqtion #Quantum
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A German collaboration is developing a photonic quantum computer, raising several questions. How can the device be miniaturized? What material system is best-suited? And why is this so? #PhotonicsSpectra #photonics
Photonics Spectra
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D-Wave SDR | The only quantum computing company that builds and delivers quantum systems, cloud services, application development tools, and professional services to support the end-to-end quantum journey.
Watch this video about SAS’s work, which aimed to optimize the kidney exchange program with annealing quantum computing.
Want to get up-to-speed on the latest quantum industry breakthroughs and commercial use cases? Our on-demand replay of all the sessions from #Qubits24 is now live on our YouTube channel. One highlight was a truly inspiring presentation by Bill Wisotsky, Principal Technical Architect at SAS, who explored annealing quantum computing combined with advanced analytics to address long kidney transplant wait times. Watch this video about SAS’s work, which aimed to optimize the kidney exchange program with annealing quantum computing. Quantum optimization could potentially help better match donors with tens of thousands of people in need. https://lnkd.in/g2d8_Jfx #QuantumComputing #Analytics #HealthTech
D-Wave - Qubits 2024 - Bill Wisotsky, SAS
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Skywise.ai's proprietary MEQ technology provides a unique solution to a key challenge in quantum computing - mitigating errors in quantum calculations. The fractal correction terms in MEQ enhance the accuracy of quantum simulations by accounting for perturbative effects like gravity. This gives Skywise.ai a competitive edge, as reliable and precise quantum computations are critical for real-world applications. #SkywiseAI #QuantumComputing #MEQTechnology #QuantumAccuracy #FractalCorrection #QuantumSimulations #ErrorMitigation #PerturbativeEffects #QuantumGravity #TechInnovation #QuantumSolutions #AdvancedComputing #QuantumEdge #TechStartup #QuantumPhysics #ComputationalScience #TechAdvancements #QuantumResearch #FutureTech #InnovationInTech #MEQ
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M.Tech-Quantum Technologies, Specialization in Quantum Computing | Student at IIT Jodhpur'25 | quantum machine learning | qiskit | Artificial Intelligence
Dear Connections, This time, I came up with a far more fascinating, exciting and maybe complex theory of teleportation and demonstrated how to implement using Qiskit. I hope I have done my best to make it understandable; but, if you are familiar with quantum computing, this would be a piece of cake for you. Title : Quantum teleportation — Qiskit implementation Blog link : https://lnkd.in/gGnuMSJt Please feel free to reach out me for collaborations. #quantum #quantumcomputing #quantummachinelearning #teleportation #qiskit
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Earned Valuable Certificate in Quantum World⚛️ Just wrapped the @Classiq Fundamentals Workshop (Qmod in the house!). This dive into the quantum realm has me fired up to explore the potential of quantum algorithms. It's time to unleash the power of Qmod and unlock the future of tech! Thanks to Amit Hayuth, Vincent Van Wingerden, Tamuz Danzign and team for this amazing thing. #quantumcomputing #Classiq_Technologies #futureproof #Qmod #simulation #quantum_Circuits
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Qubit my excitement! ⚛️ Just wrapped the Classiq Fundamentals Workshop (Qmod in the house!) This dive into the quantum realm has me fired up to explore the potential of quantum algorithms. It's time to unleash the power of Qmod and unlock the future of tech! Thanks to Tamuz Danzig, Amit Hayuth, Vincent van Wingerden and team for this amazing thing. #quantumcomputing Classiq Technologies #futureproof
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Quantum computing's impact is closer than you may realize. Right now, quantum is being used for things like detecting road signs for driverless cars and loading airline cargo more efficiently. IonQ is a leader in this space and I am so impressed with what this team is doing to make quantum a commercial reality. Quantum will be the next GenAI before you know it. Thanks, Bob Henderson, for shining a light on this fascinating and important space!
Quantum Computing Gets Real: It Could Even Shorten Your Airport Connection
wsj.com
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