I really would recommend Артур Хромов for you to start by reading the Richard Feyman lectures. They are very interesting and give a very good introduction into Quantum Electrodynamics (QED) and also some Quantum Chromodynamics. That is a good start there and this is the base of all quantum theories really.
Once you got the hang of QED it is time to deal with wave/particle dualism. (Feynman has a strong opinion on this matter too). The uncertainty principle should be right up there with probability waves and the Schrödinger equation of time-invariant systems and dynamic QM.
After this I recommend to start trying to understand Quantum Entanglement. This is a little more tricky and may require you to reform some of your world views when you are ready for it. However it is a very rewardgin journey.
Its just the standardized form of Schrödinger's equation. When you start looking at it it isn't that complex at all.
ReplyDeleteOr maybe it is. Once you look at it, it changes.
ReplyDeleteI do not like this equation, but better no one have invented. Could somebody explain me this equation. I will be very grateful.
ReplyDeleteEverything !!!!
ReplyDeleteOnly what it means. Briefly. In the extreme case I can read Wiki. I am interested in its basic function.
ReplyDelete))) Briefly explain Schrödinger equation.
ReplyDeleteАртур Хромов Let's ask the cat to do it :))
ReplyDeleteWell regarding the cat, that is one way to interpret it. It is known as the Copenhagen interpretation but it is not the whole thing.
ReplyDeleteWikipedia has a fair page on the equation
https://en.wikipedia.org/wiki/Schr%C3%B6dinger_equation
Also I believe the Quantum Diaries have some exposé on it, look it up if you want.
Corina Marinescu It may be dead
ReplyDeleteTäpp-Anders Sikvall May be you know some easy books about quantum wave-particle duality. Very interesting how modern physics describe microcosm.
ReplyDeleteThe cat in the hat?
ReplyDeleteWilliam Teng thank u for treating this what it was....a math-physics JOKE !
ReplyDeleteI really would recommend Артур Хромов for you to start by reading the Richard Feyman lectures. They are very interesting and give a very good introduction into Quantum Electrodynamics (QED) and also some Quantum Chromodynamics. That is a good start there and this is the base of all quantum theories really.
ReplyDeleteOnce you got the hang of QED it is time to deal with wave/particle dualism. (Feynman has a strong opinion on this matter too). The uncertainty principle should be right up there with probability waves and the Schrödinger equation of time-invariant systems and dynamic QM.
After this I recommend to start trying to understand Quantum Entanglement. This is a little more tricky and may require you to reform some of your world views when you are ready for it. However it is a very rewardgin journey.
Täpp-Anders Sikvall thank you very much!
ReplyDeleteYou are welcome!
ReplyDeleteThis one: http://www.amazon.com/QED-Strange-Princeton-Science-Library/dp/0691125759/ref=sr_1_4?ie=UTF8&qid=1369134627&sr=8-4&keywords=feynman
It's the best to start with in my opinion. You should be able to find it in any well sorted library as well as local book stores.
Shroedinger time dependent equation
ReplyDeletetoo easy
ReplyDeleteNo problemo
ReplyDeletewell this equation cannot be understood, it can be only accepted ;-) as a miracle of nature
ReplyDeleteAll of it.
ReplyDeleteNone. Beautiful Equation.
ReplyDelete