Scientists have unlocked many atomic secrets through physics research that studies particle interactions such as quarks, gluons, protons, and neutrons within the nucleus of an atom. …
There’s an AI unicorn startup you might not have even heard of. …
Investigations, conducted together with scientists at CERN, show promising results – with breakthrough performance – in their pursuit of faster Monte Carlo based simulations, which are an important part of many scientific, engineering, and financial applications. …
Silicon photonics has been proving its worth in telco and communications but there is a much brighter opportunity photonics-based computing. …
What is the hardest job at Intel, excepting whoever is in charge of the development of chip etching processes and the foundries that implement it? …
When it comes to novel computing architectures, whether in quantum, deep learning, or neuromorphic, it can be tricky to get a handle on how incremental improvements in processor counts translate to real world improvements since these bumps in element counts often don’t have perfect parallels to CPUs or even GPUs. …
A wide-ranging program for you today with everything from neuromorphic hardware and software research; some impressive FPGA acceleration for Caffe from Samsung AI Research; why the datacenter industry is booming (the answers might surprise you); the state of Lustre and OpenSFS; and where some unique opportunities are in HPC on the pandemic modeling front. …
Thanks for tuning into Next Platform TV for today, July 1. …
Since 1965, the computer industry has relied on Moore’s Law to accelerate innovation, pushing more transistors into integrated circuits to improve computation performance. …
Neuromorphic computing has a rather long way to go before it becomes an accepted part of systems. …
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