🧠🦾 What's Next for Next-Generation Computing?

A Newsletter for Entrepreneurs, Investors, and Computing Geeks

Short and sweet, just the most important news in (next-gen) computing this week.

Spotlights

🔥 Why the Chips Get Hot (Asianometry)

“Today's leading-edge chips get hot. Like really hot. And nowadays much work is being done to try and keep them from getting TOO hot. Fancy things like dipping the whole chip into water or oil. But why do the chips get hot?”

“Q.ANT, the German startup making photonic AI accelerator chips from lithium niobate, has repurposed an existing CMOS line into a pilot line for its photonic compute chips, and begun production.”

Learn more about how the new chips by Q.ANT work and how they compare to GPUs.

“China is now producing most of the basic research that could underpin future computing hardware, an analysis has found. If that work develops into commercial applications, the United States might soon find it impossible to use export controls to retain its competitive advantage in high-performance microchip design and production”

“Incipient ferroelectricity is when the ferroelectric characteristic only occurs in specific conditions: it can hold an electrical charge but needs certain conditions to achieve an electrical charge. … The incipient ferroelectricity can be used to create neuron-like computing systems, called neuromorphic computers.”

“Microsoft announced the breakthrough, which could lead to a quantum computer more resistant to information loss than with other approaches, on 19 February. Without a peer-reviewed paper backing up the claim, some researchers were skeptical.”

Headlines

🤖 New method significantly reduces AI energy consumption: Researchers at the Technical University of Munich have developed a method that is 100 times faster and therefore much more energy efficient (TUM)

🦾 VyperCore reveals stunning 5x performance results from its VyperLab platform (VyperCore)

🦾 RISC-V for cars: Infineon announces microcontroller with new computing cores (Heise)

🦾 Nvidia and Broadcom test chips on Intel's 18A process: The tests could bring Intel orders worth hundreds of millions of US dollars (Heise)

🦾 A full-stack memristor-based computation-in-memory system with software-hardware co-development (Nature)

🧠🦾 Antiferromagnetic neuromorphic memory: New spintronic device achieves brain-like memory and processing (Phys)

🧠⚡️ A bioinspired in-materia analog photoelectronic reservoir computing for human action processing (Nature)

🧬 Melbourne start-up launches 'biological computer' made of human brain cells (ABC News)

– also, check out our 2022 interview with Cortical Labs: Shaping the Future of Biological Processing Units

⚡️ Alphabet's Taara chip uses light beams to provide high-speed internet: Taara is a successor to Alphabet's Project Loon internet broadcasting balloons (Engadget)

⚛️ Thinner than a ribbon: Dutch discovery boosts quantum computing (Innovation Origins)

⚛️ NTT Unveils First Quantum Computing Architecture Separating Memory and Processor (Quantum Insider)

⚛️ Welinq and QphoX Partner to Connect Superconducting Quantum Processors (Photonics)

⚛️ China hits new landmark in global quantum computing race (Global Times)

⚛️ Microsoft quantum computing 'breakthrough' faces fresh challenge: Analysis pokes holes in protocol that underpins Microsoft’s claim to have created the first topological qubits (Nature)

Funding News

⚛️ $10M SeedQuantum Industries: quantum secure communication technology for critical infrastructure (Quantum Insider)

⚛️ €20M Series AQuantWare: provider of quantum hardware and creator of the VIO QPU scaling technology (TechCrunch)

🦾 $66.5M EU FundingAxelera AI: running generative AI and computer vision inference workloads at the network edge (Silicon Angle)

🤖 $70M Government InvestmentMultiverse Computing: software inspired by quantum computing that allows AI models to be compressed to 10% of the original size (Quantum Insider)

🤖 $3.5B Series EAnthropic: next-generation AI systems

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