David Deutsch Quotes
Science is objective. And in my view we cannot take any experimental results seriously except in the light of good explanations of them.
Deutsch, David. The Beginning of Infinity: Explanations That Transform the World. Viking, 2011.
He was addressing the misunderstanding that many laypeople and most anti-evolutionists have that if Evolution is only a theory why put so much stock in it. The layman often uses the word “theory” in opposition to “fact.” But to the scientist theories are of different types—those that are as of yet speculation and those for which a strong body of evidence exists. Evolution, like Relativity, has a huge amount of evidence supporting it. Yet in time every good scientist knows that all these proven theories will be modified with new knowledge. Relativity has been demonstrated as having errors initially by Einstein himself. The essence of these things are true although elements change. The early law of gravity is the best example. We know that it is wrong in many, circumstances—in space for example. But it, none the less, is fundamental to much analysis and with our much more sophisticated understanding of it we still talk of the “Law” of gravity even though we realize that it is not quite correct in all circumstances.
Belief and/or ideology of even teh vast majority or the world has no influence on the vaidity and truth of science. A particualr scientific statement is true or not based an many factors, none of which have anything to do with beliefs, world views, custims, cultures, or religious doctrine.
David Elieser Deutsch FRS is a British physicist at the University of Oxford. He is a Visiting Professor in the Department of Atomic and Laser Physics at the Centre for Quantum Computation (CQC) in the Clarendon Laboratory of the University of Oxford. He pioneered the field of quantum computation by formulating a description for a quantum Turing machine, as well as specifying an algorithm designed to run on a quantum computer. He has also proposed the use of entangled states and Bell's theorem for quantum key distribution and is a proponent of the many-worlds interpretation of quantum mechanics.
