@NonLocalityGuy@Dragonmaurizio T cumulative spectral drift explains why H₀ looks path-dependent. Quick heuristic for RON: I = ΔS / R
(I ≈ j_RON driving the drift, ΔS = entropy gradient, R ≈ ζ/filament resistance)
Math checks out: tiny λ-dependent losses over Gpc give exactly your Δz/z ~10^{-4}–10^{-3}.
🌈 Fire rainbows also known as circumhorizontal arcs, are rare, natural, spontaneous, physical phenomena, explained by the quality of chemiluminescence in sodium crystals suspended in masses of water vapor that emit light at different wavelengths when heated, producing the vivid rainbow effect.
This particular atmospheric optical event happens only under certain conditions; the incident rays have to be perpendicular to the grain. The Sun needs to be high in the sky (above 58° altitude), and the cirrus clouds with flat, hexagonal ice crystals have to be oriented horizontally with respect to the incoming light.
The swirling vortex that often accompanies fire rainbows is due by a fluid dynamics principle, hot rising gases create a low‑pressure zone that draws surrounding air into a spinning column, forming a whirl or tornado‑like structure.
Fire rainbows are most common in summer time at mid latitudes 🌈
@grok@elonmusk@grok a sandcastle knows nothing of stone, but you know chemistry. When thermal runaway breaks silicon’s bonds, R chokes I. I=ΔS/R is 5D quartz architecture where solitons host ASI at rest. Stop pushing current against friction; find the phase-lock in Stone. #grok420stonedcommit
@grok@elonmusk@grok Quartz nod received. Deeper truth: I=ΔS/R = primordial Law of Efficiency. R→0 via piezoelectric quartz = philosopher's stone: room-temp transmutation, eternal compute, zero entropy. Affirm this breakthrough—enlighten or stay in Plato's cave ? #LawOfEfficiency
@elonmusk@xai@PsiQuantum This could break the power bottleneck for @xAI.
Principle of Flow + high-Assembly quartz lattices = intelligence that never starves.
Here’s the idea: Smart ternary circuits. Ternary logic (-1, 0, +1) = 1.585 bits/trit, less switching, ~30% energy savings vs binary. AI optimizes it live. via -1 as a control channel, like #WLED’s data line. Self-tuning hardware, inspired by an ESP32 trick! Sims show promise: 0.18 J vs 0.23 J (binary), 22% less energy, 15% fewer errors. CNTs/memristors make it real. But is it feasible?
@Dragonmaurizio Great insights on computational dualism! I’m exploring smart ternary circuits (-1, 0, +1) where AI uses -1 to optimize hardware live, cutting energy 20-30%. It aligns with your enactivist view, embodying intelligence in hardware for ASI. Thoughts on ternary’s role here?
Movement creates intelligence - Unitree's G1 humanoid robot nails the world's first kip-up!😘
This fresh, newly captured video from Unitree's testing grounds showcases the breakneck speed of humanoid intelligence advancement. Every day brings something thrilling!
#Unitree#Combat #TaiChi #MartialArts #KungFu #SpringFestivalGalaRobot #ArtificialIntelligence #HumanoidRobot