E₈: the Mount Everest of symmetry. A 248-dimensional Lie group so rich it could unify all particles in string theory. Elegant, exceptional, and explosive in math & physics. The universe might just be written in E₈. #E8#LieGroups#StringTheory#Mathematics
A Lie group is a symmetry that’s smooth. Rotate, shift, gauge—no jumps, just flow. It’s the math behind conservation laws and force unification. Think SU(3), SU(2), U(1)—where physics meets elegance. #LieGroups#Physics#Symmetry
SU(5): where forces unite. One group to rule the strong, weak, and electromagnetic. Quarks and leptons? Just siblings in a bigger symmetry family. GUTs are bold—SU(5 was first. Proton decay might prove it. #Physics#SU5#GUT#ParticlePhysics
In physics, symmetry means more than beauty. A symmetry group = all the ways you can change a system without changing its essence. Rotate it, shift it, flip it—laws stay the same. Nature respects the group. #Physics#Symmetry#NoetherTheorem
Discover the beauty of symmetry in physics! From the elegance of a snowflake to the fundamental laws of the universe, symmetry shapes our understanding of nature. It's not just about balance; it's the foundation of physical laws and conservation principles. #Physics#Symmetry
QBism: Quantum mechanics as a user’s manual. The wave function isn’t reality—it’s what you believe will happen. No spooky action. Just agents, beliefs, and experiences. Reality? Still yours to interpret. #QuantumMechanics#QBism#Physics
Quantum systems: “I’m in all states at once!” Environment: “Not anymore.” 🧹 Decoherence sweeps away the weirdness, leaving behind the classical world we know. 🌀 Superpositions don’t die — they just fade into the background. #QuantumPhysics#Decoherence#SchrodingersCat
🧠🌌 Locality says: “What happens here can’t instantly affect something over there — not without passing through space.” Quantum entanglement: “Hold my Planck length.” 👀🔗 Spooky action? Or the universe playing 4D chess? #QuantumPhysics#Locality#Entanglement
🚨In 2015, LHC experiments saw a mysterious bump at 750 GeV in diphoton events — could it be a new particle? 🤯 Hype surged. Theoretical papers exploded. Then… nothing. More data = no bump. The #DiphotonAnomaly was just a statistical ghost. Science in action. #ParticlePhysics
🌌🤯 Ever heard of #EternalExpansion? It's a mind-bending cosmic theory where the universe's rapid inflation never truly ends, constantly spawning new "bubble universes" within a vast #multiverse! Our universe could be just one of infinite possibilities. #Cosmology#BigBang
I moved from Firefox-esr 114 or something to latest 128 or something on FreeBSD 14.2-BETA3 on Raspberry Pi 400 aaaaaaaaaand it still sucks! Keeps crashing and crashing...
@dexter@bsd.network Don’t know. I tested on a VM on my QNAP NAS but has always been the same on any Virt tool. Seems loads a lot of things before it starts.
Hi @solene@bsd.network I was checking very quickly the Qubes OS site and I have a question. How you manage to handle many VMs with 16 GB RAM? (I see 16 is the recommended RAM on the requirements page) Does it work like VirtualBox, that you start using server's RAM or Xen distributes RAM in a different way? Thanks!
Yes, cause is more focused on the Desktop, OpenBSD is great but seems to be more oriented to the server. I have an old laptop with OpenBSD as a Desktop but I don't use it much. I don't know if right now it can match FreeBSD for the Desktop. My laptop needs 802.11ac which neither has yet. And I have a MacBook Air too.
![[?]](https://snac.solobsd.org/fedi/solobsd/s/c45d271b9d6510f7c4f6d6779144a751.png)
