@bcherny Claude Code nearly unusable lately for any biotech related research tasks, keeps falsely stating violation of terms. Can you please check what's happening, thank you
BREAKTHROUGH:
Researchers at University of Hong Kong developed a new stainless steel called SS-H₂ that can survive the extreme corrosion of seawater electrolysis while being up to 40x cheaper than titanium-based materials used today.
Most green hydrogen systems rely on expensive titanium, platinum or gold-coated components because seawater destroys normal stainless steel under high electrochemical voltages.
But SS-H₂ uses a new “Sequential Dual-Passivation” mechanism, forming two protective layers a chromium oxide layer and an unexpected manganese-based protective layer.
The material remains stable up to 1700 mV, above the voltage needed for seawater hydrogen production, while conventional stainless steels begin failing near 1000 mV.
Researchers say this breakthrough could dramatically reduce the cost of large-scale seawater hydrogen production, helping accelerate cleaner fuels for shipping, steelmaking, fertilizers and heavy industry.
Acceleration is everywhere
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TERAFAB: the next step to becoming a galactic civilization
Together with @SpaceX & @xAI, we're building the largest chip manufacturing facility ever (1TW/year) – combining logic, memory & advanced packaging under one roof.
To harness as much power as possible from the Sun, we need to send 100 million tons of solar capture into space – per year.
This requires massive scale.
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All of these need chips: 100-200GW of chips for Optimus alone, plus terawatts for solar-powered AI satellites.
That's more than all the chip manufacturers in the world combined can provide today, or even by 2030 (based on projected production growth).
We're building TERAFAB to close the gap between today’s chip production & the future's demand – a future among the stars
https://t.co/tHumlppgMm
GPT-5.4 Thinking and GPT-5.4 Pro are rolling out now in ChatGPT.
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