Lmst

Moore’s law: the famous rule of computing has reached the end of the road, so what comes next?
#MooresLaw #PostMooreEra #Computing #Semiconductors #ChipDesign #GPUs #CPUs #EnergyEfficiency #Tech #QuantumComputing #PhotonicComputing #DigitalInfrastructure
https://the-14.com/moores-law-the-famous-rule-of-computing-has-reached-the-end-of-the-road-so-what-comes-next/

Catching everyone up on my work and to continue with Room Temp Quantum/Photonic Computing.

https://makertube.net/w/sJp3QVnF4YcFMbELdXqhcF

Catching everyone up on basics of my work and where I will be starting from.

https://videos.trom.tf/w/vND28km5LyV3Yt29kaNeEZ

SPIMs are reshaping computing with unique hardware, solving NP-hard problems in finance, logistics, and data science. https://hackernoon.com/spatial-photonic-ising-machines-and-the-next-era-of-computing #photoniccomputing

Explore how SPIMs solve translation invariant problems, from spin glass models to Möbius ladder graphs in quantum-inspired optimization. https://hackernoon.com/how-spims-tackle-realistic-spin-glass-and-mobius-ladder-graphs #photoniccomputing

Exploring phase transitions and computational hardness in random CNP problems, with insights into SPIM hardware benchmarks and algorithms. https://hackernoon.com/computational-hardness-of-random-cnp-instances #photoniccomputing

Explore the Constrained Number Partitioning Problem, its complexity, and why it’s a prime candidate for SPIM hardware implementation. https://hackernoon.com/cracking-the-constrained-number-partitioning-problem-cnp-with-spims #photoniccomputing

Low-rank approximation streamlines Ising problem solving, balancing accuracy and efficiency for physics, computing, and finance applications. https://hackernoon.com/how-simplified-models-can-still-lead-to-smarter-solutions #photoniccomputing

Exploring low-rank graphs, NP-complete mappings, and why hardware precision limits challenge optical annealers in solving hard problems. https://hackernoon.com/low-rank-matrices-np-hardness-and-the-roadblocks-to-quantum-inspired-hardware #photoniccomputing

Unlocking SPIMs’ potential to solve NP-hard problems with low-rank coupling matrices, powering faster, greener optimization across industries. https://hackernoon.com/can-light-solve-problems-faster-than-supercomputers #photoniccomputing

Low-rank approximations power smarter portfolio optimization and AI models, from high-frequency trading to efficient RBM training.
https://hackernoon.com/what-investors-and-ai-researchers-can-learn-from-low-rank-optimization #photoniccomputing

A chip powered by light just helped an AI beat its classical cousin. The quantum age of machine learning may already be here. #QuantumAI #PhotonicComputing #MachineLearning

https://geekoo.news/quantum-processors-are-supercharging-ai-and-its-just-the-beginning/

📡 Stacking GPUs and AI chips with optical circuits for compact design and blazing-fast 114 Tbps bandwidth!
AI semiconductors are evolving with optical-electrical fusion and 3D integration.
• Next-gen Co-Packaged Optics (CPO): “M1000”
• Optical, electrical, and AI chips all packed into a 91mm × 85mm package
• SerDes + PIC + EIC + AI chip — fully stacked

https://xtech.nikkei.com/atcl/nxt/column/18/00001/10660/

#Optoelectronics #Photonics #CoPackagedOptics #AIChips #3DIntegration #PhotonicComputing #semiconductors