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0 sats \ 0 replies \ @k00b 6h \ on: Is it a cryptocurrency or a cybercurrency? bitcoin
I think you'll have more luck changing the name of satoshis to bitcoins.
link needs
https://: https://tribyu.comIf not giving cryptos special oversight means custody. I'm not familiar with the withdrawn guidance at all.
afaict banks will go HAM on crypto stuff because there isn't abnormal levels of oversight on it anymore.
The quantum transition from the aligned state to the anti-aligned state is one of the most extreme transitions of all, and it produces light of precisely 21 cm in wavelength: arguably the most important length in the Universe.
The original 21.
Fasting is the only thing that I've been able to get results with. Then, effective maintenance is low carb without dairy - but even that I can't stick with very long, so I need occasional fasts as I go (every other day, or a 5-7 day fast every quarter).
The problem for me is a I need things to be intense to find them engaging. Interventions need to be radical to get my dopamine going. Calorie counting is too boring for my weird brain.
I've unintentionally been doing OMAD this week and feel pretty great on a relative basis.
Non-slop version with citations: https://phys.org/news/2024-10-fast-quantum-entanglement-scientists-attosecond.html
"This means that the birth time of the electron that flies away is not known in principle. You could say that the electron itself doesn't know when it left the atom," says Burgdörfer. "It is in a quantum-physical superposition of different states. It has left the atom at both an earlier and a later point in time."Which point in time it 'really' was cannot be answered—the 'actual' answer to this question simply does not exist in quantum physics. But the answer is quantum-physically linked to the—also undetermined—state of the electron remaining with the atom. If the remaining electron is in a state of higher energy, then the electron that flew away was more likely to have been torn out at an early point in time; if the remaining electron is in a state of lower energy, then the 'birth time' of the free electron that flew away was likely later—on average around 232 attoseconds.
Eh learning how to use AI to vibe code is still learning. It might not be the same kind of learning (or maybe just harder to make as strict and demanding) but it's still learning.