Comment I hope they don't expect Rust to do magic (Score 4, Interesting) 63
Also, ROCm certainly is not in its pitiful state just because "the wrong programming language was used".
Comment Re:Why? (Score 5, Funny) 119
Comment Re: Good, now combine it with Gen-1.5 robots... (Score 1) 185
Comment Preparation for the "own nothing" era (Score 4, Insightful) 50
Comment Re:grid computing for the home... (Score 1) 48
Comment Re:Local SETI@HOME + Tailnet project (Score 3, Insightful) 48
Comment Good, now combine it with Gen-1.5 robots... (Score 2) 185
Comment Re:Or they are giving a discount... (Score 3, Informative) 165
Comment Re:Derivation of the Radial Acceleration Relation (Score 1) 29
Comment Re:Derivation of the Radial Acceleration Relation (Score 1) 29
At this point, I see 3 options. 1. The derivation is false and I use totally wrong math
At least both Claude Fable 5.1 and ChatGPT 5.6 "Terra" say it is option 1. Their analysis would be too long and too full of symbols not reproducible in Slashdot ASCII, but here are just some section headlines of what they complain:
## 1. The static field equation conflicts with the proposed Schwarzschild spacing profile ## 3. The “elasticity” argument confuses displacement and strain ## 4. The time-dilation postulate changes between equations ## 5. The moving-field solution is not obtained merely by Lorentz-transforming a scalar static solution ## 6. Constant-speed circular motion is incorrectly treated as involving no state update ## 7. The frame-dragging derivation gets only a dimensional falloff, not the effect ## 8. The gravitational-wave calculation imports GR rather than derives it ## 9. The RAR “derivation” is mathematically unsupported ### The “deep-MOND amplitude” is an algebraic identity, not a dynamical derivation ### The obstacle-problem substitution is invalid ## 11. The dark-energy section contains a direct algebraic contradiction 1. Eq. (14) and Eq. (16) are incompatible outside matter. 2. Eq. (16) makes the proposed force diverge at the horizon. 3. The time-dilation rule changes between Eqs. (36) and (37). 4. The RAR derivation relies on an unjustified replacement of \(s/\ell\) by \(k/k_*\). 5. The dark-energy section has a direct error: \(\delta\to1\) implies \(w\to0\), not \(-1/3\). 6. Several results claimed as derivations are instead obtained by importing GR equations or selecting relations that reproduce the desired empirical result.
Comment Re:AI Equipped Toothbrush? (Score 1) 108
Butt plugs are next...
You know those already exist, right? https://www.scriptbyai.com/but...