@Bubbleverse If you don’t believe in infinity ♾ stop calculating Pi decimals. We’re already at 314 trillion digits!🤯🥧
Yet, 62 decimals are enough to calculate your entire bubble with Planck precision—exactly where singularities emerge 🌀If materialized, they’d be as infinite as an electron’s probability cloud. 🌌⚛️✨💻♾
#TheoreticalPhysics #AdSCFT #QuantumGravity #Singularity #PhysicsHumor #PlanckScale #QuantumMechanics #MathPhys #LoopQuantumGravity #Phisics #AcademicMastodon
🚨 New #preprint !
We study a stochastic PDE whose solutions want to be close to constant -1 or +1. But because it’s stochastic, the solutions occasionally jump between those two optima. How often, on average?
In technical terms, we study a certain nonlinear wave equation whose invariant measure is the \( \phi^4 \) #QuantumFieldTheory. The average transition time is called an Eyring–Kramers law, asymptotic in the low-temperature limit. It has already been derived for 2D stochastic heat equation and 1D wave; we extend it to 2D and 3D wave equations.
Joint work with my PhD advisor Nikolay Barashkov. #MathematicalPhysics #MathPhys
Hi everyone!. I have been on Mastodon for a couple of years but never did a proper #introduction. So here it goes...
I am Guillermo, a #physicist from #Chile working at the University of Concepción, mainly interested in General Relativity.
I typically teach #GR, #Electrodynamics, #MathPhys and also Linux+LaTeX+Python for first year students.
I will be posting mainly about #physics, #python, #LaTeX and #linux, both in English and in Spanish. I can also communicate in German and Portuguese.
