#quantum physiscs

[charlesoberonn]

Did, did you just call electric engineering is simpler to factorio, dude, this is like would someone proposed me quantum physisc because chemistry was to hard for me in school.

It's called hyperbole, Anon.

[freezeriafan]

I think akari and deano would be a righteous pair - amii

LITERALLY I would die I can NOT handle that level of SWAG!!!!!!!!!! They walk into a room together and this happens to me .

Akari is in love w the road and is more kinetic and active as a person... she likes to keep busy but still knows how to smell the roses... Meanwhile Deano lives alone w his hermit crabs but even then sometimes that's too much company for him, he would love to travel but he doesnt do it that often bc it does take a lot out of him - hes very happy living in his own comfy apartment in Portallini driving that goddamn boat through the canals . He keeps a good collection of books, from Serbian for Dummies (thoroughly marked) to Quantum Physiscs for Dummies (half read) to Physics for Professionals (annotated and read more than once). Also some sociology books. WHATEVR this isnt abt his book collection rn.

And like they meet somewhere at some event maybe a Starlight Jubilee festival and UGH they both are so cooooool they would click. They would vibe. Akari is sooo chill she'll just talk to you but shes not so chill that shed talk to anyone.. shes still judicious and discerning and she wont talk to ppl who bore her .

And Deano is a gregarious introvert and ppl talk to him sometimes and he always makes sure to talk back. And at first he just thinks they're talking as strangers and he has his polite stranger mask on . But then he starts to realize that wait this is about HIM and not his superficial layer .. they're not just two strangers talking as polite citizens they are two COOL PPL talking bc they GET it . Shes talking to him bc she GETS it and she can see in his soul he gets it too .

Like they would just get along they vibe in the soul .. they would have a lot to talk abt since they both know a lot abt completely different things . That's too cool. That's unfairly cool . I cant handle that swag rn

[hydrocodone-acetaminophen]

i dont understand it but i rememrb someone explaining to me a certain aspect of quantum physiscs and ithere is definietly some relation to the reasonlooking so far back just brings you to whats in front of you and you cant attribute a god to it if theres any semblance of proof that the future is predetermined then there is nothing you can do about where you spend eternity. Or maybe that is the work of something but then its true that its apathetic to what we go through

[babyawacs]

.@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab The standard model looks now how All The hadron

.@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab The standard model looks now how All The hadron

.@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab

The standard model looks now how All The hadron colllider s billions and billions

Allthe genius supersymmetry theories Allthe quantum realms mysteries and entanglements

Allthe electronbondings Se…

[craigbrownphd-blog-blog]

Researching and introducing kinetic energies

Kinetic energy also called (Information Energy) for random vectors (features) is basicaly the analogous of kinetic energy from physics in probability.Some people say it is an entropy just like Shannon entropy for measuring bits of information to determine uncertainty. It is also an entropy , but the correct way to think about it is to think at it as 1/2∗m∗v2 of random vector. It was discovered by Octav Onicescu and it is described ad simple sum of squared probabilities For a trivial example if X is a random vector with corresponding probabilities p1,....pNp1,....pNthe kinetic energy ( also called information energy) is equal to sum(Pi2).sum(Pi2). Simmilar to physiscs only that here there is no (1/2)∗mass(1/2)∗mass because probably this probs are floating things and because they are floating either theyr mass sums to 11 which is not very plausible , or their mass is 00if you think of them as floating inertial bodies with no mass . Proably quantum things explain better this , explanation must be updated. For example if a random variable X=1,1,1,3,5,3X=1,1,1,3,5,3 the kinetic energy is computed as following : There are 3 categories in the random vector 1,3,51,3,5and the probabilities of each categori are : Prob(1)=3/cardinality(X)=3/6=1/2Prob(1)=3/cardinality(X)=3/6=1/2 Prob(3)=2/6=1/3Prob(3)=2/6=1/3 Prov(5)=1/6Prov(5)=1/6 KineticEnergy(X)=′′sumofsquaredprobabilities′′=Prob(1)2+Prob(3)2+Prob(5)2=(1/2)2+(1/3)2+(1/6)2=0.3888.KineticEnergy(X)=″sumofsquaredprobabilities″=Prob(1)2+Prob(3)2+Prob(5)2=(1/2)2+(1/3)2+(1/6)2=0.3888. Nottice also : IF X=1,1,1,1,1,1,....1,1,1,1KineticEnergy(X)=Sum(prob(1)2)=1X=1,1,1,1,1,1,....1,1,1,1KineticEnergy(X)=Sum(prob(1)2)=1 Meaning in this case that where there is no diversity and everything is perfect certain the kinetic energy is at maximum value 11 Nottice in this case is something realy strange. If you make an analogy with the atomic nuclei , this example with maximum kinetic energy is simmilar with the one in which the atomic nuclei come very close one from other , resulting in releasing large ammounts of energy as in our toy example, phenomenon called nuclear fusion. IF X=1,2,3,4,5,..+infKineticEnergy(X) 0X=1,2,3,4,5,..+infKineticEnergy(X) 0 Meaning that at maximum diversity and highest uncertainty the kinetic energy is at very low value near to zero Nottice in this case probably resulted from previous 1 , the categories from the random vector could be interpreted as atomic nuclei resulted from expansion of the previous ones with high energy resulting in large number of atoms with low energy in the end, and we could think of that as nuclear fission This means that kinetic energy is bounded between (0 and 1] Having a ,,new thing’’ that measures random vectors properties will try to make an improved knn for image recognition . https://goo.gl/QXq25e #DataScience #Cloud

[curiosidadcreciente-blog]

(vía https://www.youtube.com/watch?v=tkm0TNFzIeg)

Quieres aprender algo? Utiliza la tecnica de Feynman! 

[symmetrymovie]

Some first tests we did with a Kinect camera setup and moving body capturing time-based 3D models of a dance. For certain sequences in de film Symmetry we're developing this film technique to connect dance-data and quantum physical data in one image. 

[mymentaldarkness]

Viaje en el tiempo???

En realidad el tiempo no pasa, pasamos nosotros.El tiempo en si es invariable simplemente esta, por lo tanto el pasado y el futuro no son lugares distintos y puesto que el pasado no es un lugar, es imposible viajar allí.

[babyawacs]

#question .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab How do quantum mysteries unravel now thatwekn

#question .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab How do quantum mysteries unravel now thatwekn

#question .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab

How do quantum mysteries unravel now thatweknow magnetic flux is shortterm tickle strongnuclear force with quarkchargeimbalanceblobout electron model

/// The physics and mathematically correct…

[babyawacs]

#einstein #slit .@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab https://www.futurity.org/

#einstein #slit .@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab

https://www.futurity.org/quantum-mechanices-thought-experiment-1875792/

bullshfeeep thought experiments

heres how i see it

************************************************* waht h…

[babyawacs]

curiousity is just for fun: would a higheenergy xray laser through a high current highvoltage magnetic flux create new electons? #einstein #slit .@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @ha

curiousity is just for fun: would a higheenergy xray laser through a high current highvoltage magnetic flux create new electons? #einstein #slit .@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @ha

curiousity is just for fun: would a higheenergy xray laser through a high current highvoltage magnetic flux create new electons? #einstein #slit .@japan .@energy @blacklab @whitelab @energy @iterorg @physiscs @nuclear @atomic @ppplab @iterwomen @harvardphysics @lhc @lhcb @sciam @naturephysics @losalamosnatlab @livermorelab @brookhavenlab @fermilab

https://www.futurity.org/quantum-mechanices-thoug…