Assaf Naor, Probabilistic reasoning in quantitative geometry

[@LaboriousCretin]

Nice talk on probably 🐈‍⬛️ ⚫️. Thank you for sharing. With black holes being finite systems. ( finite stuff in and finite life span. Hawking radiation) Black holes have solution set's. The inner most orbit a electron can live. Energy density regime's specific particles can form or live in. Families of particles restricted to energy regimes. The ghost boojum ( neutrino superfluidity like H3 superfluidity boojum). Neutrinos condensing/precipitate onto a boundary layer before melting as one neutrino type. Probably. Neutrino Q.C.D. color mixing. Fast Fourier tweedle sets. Alice ring, and alice strings. Snark graph theory. 😂 Hyper surfaces,boundaries,homogeneous fields. C.N.B. ( cosmic neutrino background) shows the neutrino layer inside a black hole. Just different perspectives of the same super fluid neutrinos at a energy density regime. Gluonic regime contributions as photons flow through. Quantum tunneling to lower energy states. Hawking radiation. Good luck in wonderland. ( mathed art is a annogram for mad hatter. )