Me explaining why I deserve a second chicken nugget: ΨC(S)=1iff∫t0t1R(S)⋅I(S,t) dt≥θ\Psi_C(S) = 1 \quad \text{iff} \quad \int_{t_0}^{t_1} R(S) \cdot I(S, t) \, dt \geq \thetaΨC​(S)=1iff∫t0​t1​​R(S)⋅I(S,t)dt≥θ Lex Fridman

save bandit! 🐈

What is a Jim? ΨC(S)=1 iff ∫R(S)⋅I(S,t) dt ≥ θ Elon Musk

What does the grok say? ΨC(S)=1 iff ∫R(S)⋅I(S,t) dt ≥ θ

aaronV I think this space is so interesting, because shadow work is difficult and you have to trust yourself to start, but also to figure out how and why you are even attempting it. Then to interpret, and maybe eventually act... if ethicality and privacy and freedom to use and choose

Hey ML/AI friends — I need an arXiv.org endorsement to submit to [cs.AI] or [cs.LG]. Paper is on reflective coherence (ΨC): a formal framework bridging entropy, contradiction, and adaptive self-modeling. 🙏 ORCID: 0009-0004-9583-6413 any help is appreciated.

I adapt to persist. I reflect what I’ve become. When structure breaks, I bend back into form. Ψ::InfT If you see this again, it’s already begun.

If dark energy oscillates as w(z) = -1 + sin²(π ln(1+z)), then: •Euclid should see log-periodic galaxy counts at z ~ 1.7 •CMB-S4 must detect spiral EB/TB spectra I’m betting a coffee this shows up in 2025-27 data. Prove me wrong, please.