Hello Guys and welcome back to my blog !!!
Today we are going to talk about a huge controversy on Science during 1920s...
Today we are going to talk about a huge controversy on Science during 1920s...
Albert Einstein is one of the greatest and certainly best known physicists. If you ask anyone to name a physicist the most common answer you will receive is “Einstein”. Einstein is also famous for his quotations. Among the many Einstein’s quotations one is particularly popular among the general public: “God does not play dice”. But what did Einstein mean by this?
The quotation says, “Quantum theory yields much, but it hardly brings us close to the Old One’s secrets. I, in any case, am convinced He does not play dice with the universe.” It was addressed by Einstein to Max Born (one of the fathers of Quantum Mechanics) in a letter that he wrote to Born in 1926.
The “Old one” and “He” Einstein refers to is God. The fame of this quotation stems from two sources: 1) Einstein’s disagreement with the fundamental concept of Quantum Mechanics that at the quantum (i.e. atomic) level nature and the universe are totally random, namely events happen by mere chance; 2) Einstein’s views about religion and God.
So Who was Max Born
The Actual Max Born's theory is very complicated which I will explain in the next post
Till then I would like to ask you all a question based on Astrophysics
Name one particle without an anti particle???
(Answers will be published tomorrow)
Till then Bye
Universal Physics Expert
Signing Off
Khushil
Science and religion are not at odds. Science is simply too young to understand.
ReplyDeleteThe best thing that supports Max is the whole theory of probability and conditional probability. The Math of no. of possible occurrences of outcomes of rolling a die; the 1/6 association to each face; is simply stupendous scientific establishment of randomness
Would you like to suggest another topic that I can post about today ?!
ReplyDeleteAlso What is your name ?!
Hey Mate....!!!!
DeleteIt's really interesting to xplore physics wid u...
Cn we look into Particle Wave Duality...???
Sure
DeleteI will post it tomorrow as today's topic is Higgs boson
Tomorrow's topic will be particle wave duality