This is where Feynman first talks about quantum computation, even more generally, quantum simulation. A fascinating read that shows how good physicists can think far ahead of their time. https://t.co/h1OTngwICR
40 years ago Feynman put forth the idea of quantum computer. His talk which later transcribed into this paper received ca. 3800 citations. #quantumcomputer https://t.co/sHbWKVcr1h
Does anyone know of a recording (audio/video) of this "keynote" speech by Feynman exists? What/Where/When was this event? 🧐 The piece starts with: "On the program it says this is a keynote speech--and I don't know what a keynote speech is...." https://
Beautiful, isn't it? This is the first time ever #QuantumComputing was mentioned. Thanks @ProfFeynman! https://t.co/kQHM678n71
@SFitzgeraldPDX @randallwcarlson I'm going to guess that Feynman was smarter than the average bear...https://t.co/wV71Qp8ZFL
Simulating Physics with Computers - Richard P. Feynman https://t.co/hXXhGH0s90
@dsnydacker I think it’s a new way to think about modeling chemistry. You use the probabilistic nature of qubits to mimic the probabilistic behavior of the electrons, and create a computer that could help determine the probabilities of certain system conf
Linkler: https://t.co/SPX37z5RIx https://t.co/T8sRjGy65l https://t.co/6IIU7xpon5 Richard P. Feynman, Bilgisayarlarla fizik simülasyonu, 1982 https://t.co/07qzASTSSd
RT @RickHills2: @frankjdistefano @willwilkinson But physics papers are typically really short (see, eg, this item: https://t.co/BrqNaPrWhT).
@frankjdistefano @willwilkinson But physics papers are typically really short (see, eg, this item: https://t.co/BrqNaPrWhT).
RT @nu_phases: An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB…
So I went back to read Richard Feynman https://t.co/sQ2QO9EykL and he of course defines a "quantum mechanical computer", which makes a lot more sense - Babbage had a mechanical computer. So basically most uses of "quantum" should actually be "quantum mecha
RT @nu_phases: An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB…
RT @nu_phases: An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB…
RT @nu_phases: An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB…
RT @nu_phases: An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB…
An incomplete list of foundational results of the past forty years: thermodynamics of information https://t.co/bm3vBe1gEB quantum computing https://t.co/C4kRLAhrXx inflation https://t.co/T5H7zRDy6b CFT (2d) https://t.co/aHXRUORljJ CFT (>2d) http
RT @GastonGiribet: En el albor de la supremacía cuántica, dos "vintage items" de Richard Feynman: https://t.co/xojp3FXtPl + https://t.co/YN…
RT @GastonGiribet: En el albor de la supremacía cuántica, dos "vintage items" de Richard Feynman: https://t.co/xojp3FXtPl + https://t.co/YN…
😍
RT @GastonGiribet: En el albor de la supremacía cuántica, dos "vintage items" de Richard Feynman: https://t.co/xojp3FXtPl + https://t.co/YN…
En el albor de la supremacía cuántica, dos "vintage items" de Richard Feynman: https://t.co/xojp3FXtPl + https://t.co/YNMScGn2Od + una vista a su famosa "keynote" sobre (las limitaciones de) simular la física con computadoras (clásicas): https://t.co/7NblE
Simulating #physics with computers https://t.co/fG13OdCNwl Richard Feynman, International Journal of Theoretical Physics, 1982
Classic reading: Simulating physics with computers. https://t.co/wZUaWfIdi0
Today's classic paper recommendation: https://t.co/EzwPaILy7W
@PP_Feliz @_anapastor_ Feynman (1984) ya decía que sin ordenadores cuánticos no podríamos simular fielmente nada https://t.co/5Z78dwMlhP
@neiltyson @jftelford501 And to follow up, an obligatory Feynman paper germane to the topic http://t.co/sR56YNBq