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infinitewars

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The real concern was Russia, given SpaceX has always been a MIC project, now publicly manifest as "Golden Dome" .. a program which undermines M.A.D. and obviously greatly incentives sabotage. There just happened to be a ULA building nearby that was in range and investigated as a possible vector of attack.

SpaceX S-1 2 months ago

"In 2019, Donald Trump said the satellites would also carry offensive weapons."

The reporting on Elektrek is top notch. They care deeply about real sustainable energy and transportation and are willing to dig deep past the marketing and plainly report the facts. I can't count the number of times they've had exclusive scoops or found insightful angles nobody else was concerning.

It was a finite element simulation of a CT-scanned violin, but as they note,

“If there’s anything that’s sounding mechanical to it, it’s because we’re using the exact same time function, or standard way of plucking, for each note,” says Makris, who is himself a lute player. “A musician will adapt the way they’re plucking, to put a little more feeling on certain notes than others. But there could be subtleties which we could incorporate and refine.”

Do_not_track 3 months ago

Is this how standards are formed today? Not RFCs, but registering domains for SEO?

GPT-5.5 3 months ago

I always use the phrase "Let's do X" instead of asking (Could you...) or suggesting it do something. I don't see problems with it being motivated.

This is quite a milestone for open silicon. Having a completely auditable path from RTL down to GDS targeting the GF180MCU via wafer.space is no small feat-especially pulling it all together with a Nix-integrated toolchain and Dart for the hardware generation.

On the I/O side, getting even a basic 400MHz oversampled SerDes into a first-gen test chip puts this way ahead of most academic open FPGA efforts.

Really looking forward to seeing the Terra family expand and how the test chips perform.

Wild hardware flex for a garage project. Reverse-engineering the Pi 5's MIPI to push 5.6 Gbps from custom MASH sigma-delta ADCs to a Lattice ECP5 FPGA to the Raspberry Pi is serious engineering. The idea that the RF receiver looks like a "camera" to the Pi while the transmitter is a "display" is super creative. Getting a 1.5 kW, 240-antenna EME array for $2,499 is actually cheap for something like this.

Their standalone 4-antenna tiles (https://moonrf.com/updates/) show off some killer apps, like 30 fps spatial RF visualization and NEON-optimized drone video interception.

I'm rolling my eyes at the "Agentic Transceiver" part, though. It is highly doubtful that an onboard AI casually writes, debugs, and compiles a real-time C app with analog video color sync recovery and decode in ten minutes.