Radiation-Hardened HPSC Processor from NASA: Tests and Breakthrough https://sudonull.com/radiation-hardened-hpsc-processor-from-nasa-tests-and-breakthrough
NASA and Microchip Successfully Tested New HPSC Chip for Space: Performance 500 Times Higher Than Analogues, RISC-V Architecture. Find Out Who Will Benefit from the New Technology and What Risks Are Hidden.
SSD InterStellar: radiation protection for space https://sudonull.com/ssd-interstellar-radiation-protection-for-space
New Foremay InterStellar SSDs with Graded-Z shielding and AI control for satellites. Reduce radiation dose by 20 times, operate at −55…+125 °C. More about technologies for middle/senior developers.
FPGA Scrubbers Architecture: Protection from Radiation in Space https://sudonull.com/fpga-scrubbers-architecture-protection-from-radiation-in-space
Detailed Analysis of Scrubber Architectures for Protecting FPGA from Radiation in Space Systems. Methods, Comparison of Solutions, Technical Parameters.
NASA tests AI chip for space: 500% breakthrough https://sudonull.com/nasa-tests-ai-chip-for-space-500-breakthrough
New radiation-hardened NASA processor on RISC-V is 500 times more powerful than analogs. Learn how the chip will change space missions and the Earth market. Read the analysis.
Physics of Type II Supernovae: Metallicity and Shock Breakout https://sudonull.com/physics-of-type-ii-supernovae-metallicity-and-shock-breakout
How Stellar Metallicity and Radiation-Hydrodynamic Models Explain Differences in Supernova Light Curves. For Astrophysicists and Simulation Developers.