Hardware

Christina Koch is the first woman in cislunar space. Victor Glover is the first Black astronaut there. Most coverage buried that fact. Here is why it belongs in paragraph one.

OMB wants the same NASA budget Congress rejected nine weeks ago. This time, NASA science gets gutted 47 percent to fund a $20B lunar base plan that needs hardware that hasnt flown yet.

NASA chose a software workaround for a hardware problem that killed three separation bolts on the previous flight. Four astronauts flew anyway.

Orbital data centers need to reject heat through radiation alone, with no atmosphere to help. The math says a gigawatt of space compute costs 3x more than on Earth. Until someone solves the thermal problem, that gap wont close.

Wildfire prediction depends on knowing how dry a leaf is. UT Austin stuck graphene on one. It runs on the same power budget as some biological neural signaling.

NASA spent decades building spacecraft that fly themselves. Then they told astronauts to turn off the autopilot and do it themselves.

AI accelerators are about to get 10x more memory bandwidth. The problem is finding enough power plugs.

TSMC is running its most advanced chipmaking node past 100 percent of design capacity. That is the physical ceiling the AI labs are bumping up against — and nobody is willing to step back first.

The companies making money selling SRAM chip designs — Synopsys, Cadence, Arm, Rambus — have not acknowledged the threat from GCRAM, a 3-transistor memory cell that fits standard CMOS. The SRAM IP market they depend on is worth $2.57 billion.

NOR flash keeps AI servers running. Now it costs more than DRAM per gigabyte, lead times stretch to nine months, and the customers getting squeezed hardest are not hyperscalers — they build cars.

A graphene/MoS2 chip digitizes liquids without a battery. The transistor switches in microseconds. The sensing layer takes seconds. The bottleneck is not the silicon — it is the chemistry of getting a liquid to talk to graphene.