@martinmbauer What in the name of SM fundamental interactions is Pauli pressure? 😅 Does it even fit fundamental interactions? The force is clearly there. What do you think @martinmbauer ?
I keep coming back to this derivation by Hamsa Padmanabhan of the electromagnetic field generated by an accelerated charge along an arbitrary worldline, this makes for an excellent exercise.
the basic idea involves transitioning to the instantaneous rest frame and then transforming back to the original frame using lorentz invariance.
https://t.co/U1x2qHa42p
Gravity is the curvature of spacetime. So, how curved is the spacetime we are in right now?
Let’s start by looking at the effect of curvature in a very simple situation. Two meridians on a sphere, like the red and blue ones in the diagram, will come together and move apart …
Vinicius celebra con la grada: AMARILLA 🟡✅
Sorloth celebra con la grada: NO ES AMARILLA 🟡❌ (porque sería la segunda amarilla, esto es, ROJA 🟥)
No es fútbol. Es la Liga.
Technological advances enable us to study our Universe in greater detail. Better telescopes give us clearer images, and better detectors enable clearer measurements of binary black holes.
#GW250114 is a similar signal to GW150914, but our detectors are much better!
#GW10Years
** STEPHEN HAWKING WAS RIGHT **
Using a very strong black-hole merger signal, the @LIGO-@ego_virgo-@KAGRA_PR Collaboration has shown the 2nd law of black hole mechanics, Hawking's area law (A_final > A_initial), to hold with high credibility.
PRL: https://t.co/IMlx5kgNU7 #open
We’re helping to unlock the mysteries of the universe with AI. 🌌
Our novel Deep Loop Shaping method
published in @ScienceMagazine could help astronomers observe more events like collisions and mergers of black holes in greater detail, and gather more data about rare space phenomena. 🧵
Results from the first part of our fourth LIGO @ego_virgo@KAGRA_PR observing run are out today!
We're pleased to share the largest catalog of gravitational-wave observations with more discoveries of black holes and neutron stars
📰 https://t.co/CNNFSO0AxS
#O4IsHere#GWTC4
New Video Series: Statistics & Data Analysis!
https://t.co/YfJTxDeiHn
35 videos, 10 hours:
Random sampling, Central limit theorem, Distribution estimation, Method of moments, Maximum likelihood estimation, Hypothesis testing, Monte Carlo sampling, Bayesian statistics, and more!