Which is more important: releasing the Epstein files, or ending the war in Gaza?#EvanPoll #poll
Senza categoria
7
Post
4
Autori
0
Visualizzazioni
-
-
False equivalence.
Both are important and need to be done, for different and overlapping reasons 🤔
-
undefined Evan Prodromou ha condiviso questa discussione
-
@evan Nothing in the Epstein files is going to 1. be believed 2. change anything.
-
-
False equivalence.
Both are important and need to be done, for different and overlapping reasons 🤔
@simonzerafa could you explain why this is a false equivalence?
-
@evan
Why are they alternatives? -
@evan
Why are they alternatives?@SoftwareTheron i don't understand the question.
Feed RSS
Gli ultimi otto messaggi ricevuti dalla Federazione
-
Processo all’italiana. Si allungano i tempi del processo ai tre palestinesi e Anan viene trasferito
@anarchia
Processo all’italiana. Si allungano i tempi del processo ai tre palestinesi e Anan viene trasferito Aggiornamenti di settembre sul processo ad Anan, Alì e Mansour Il processo ad Anan, Alì, e Mansour si è contraddistinto per numerose
-
-
Trying to finish Alien Earth before my Hulu subscription cancels, and are the aliens all buddies? The eyeball and the bugs seem to work together?
-
Goodnight Mastonauts
#AllGlowAndNoShow
-
The 19th Century Quantum Mechanics
While William Rowan Hamilton isn’t a household name like, say, Einstein or Hawking, he might have been. It turns out the Irish mathematician almost stumbled on quantum theory in the or around 1827. [Robyn Arianrhod] has the story in a post on The Conversation.
Famously, Newton worked out the rules for the motion of ordinary objects back in 1687. People like Euler and Lagrange kept improving on the ideas of what we call Newtonian physics. Hamilton produced an especially useful improvement by treating light rays and moving particles the same.
Sure, he was using it as an analogy. But fast forward a bit, and we find out that while light is like a wave, it is also like a particle. In 1924, de Broglie proposed that perhaps, then, matter could also be a particle or a wave. He was right, and this was the birth — or at least the conception — of what we now call quantum mechanics. This led to work from Schrödinger, Dirac, and others. Schrödinger, in particular, was intrigued with Hamilton’s analogies and joined them to de Broglie’s ideas. This led to his famous wave equation.
Hamilton did many other things, too. He was an amateur poet and developed the algebra of quaternions, although another mathematician, Benjamin Rodrigues, had written about an early version of them a few years earlier. He was also famous, or perhaps infamous, for being struck by inspiration while on a walk and carving an equation into a nearby bridge.
-
@SoftwareTheron i don't understand the question.
-
E che non la metti la foto “vista circo Massimo” nella puntarella (in alto del profilo)?
-
@indigoparadox @AzulCrescent ding ding ding https://www.oglaf.com/hotpeople/
