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These allow the representation of quantum measurements without classical outcomes. In essence, the internal states of a classical TM are replaced by pure or mixed states in a Hilbert space; the transition function is replaced by a collection of quantum theoretic machines matrices that map the Hilbert space to itself.

BBC - Earth - Organisms might be quantum machines

Science's greatest challenge is quantum theoretic machines answer the fundamental question: Albert Einstein insisted that the fundamental ideas of science are essentially simple and can be expressed in a language comprehensible to everyone.

When one thinks about the complexities which present themselves in modern physics and even more so in the physics of life, one may wonder whether Einstein really meant what he said. Are we to consider the quantum theoretic machines problem of the mind, whose understanding seems to lie outside the limits of the mind, to be essentially simple too?

Knowledge is neither automatic nor universally deductive.


This means it is free to interact with its environment — including magnetic fields. If a radio wave has a frequency of just the same rate that an electron spins, it could cause the quantum theoretic machines to resonate.

Quantum Turing machine - Wikipedia

This is the same kind of resonance you might experience when you sing in the shower — certain notes sound a lot louder and fuller than others.

Hitting the right radio wave frequency will make the electron vibrate more vigorously quantum theoretic machines the same way.

But what does this have to do with the idea that birds use a chemical compass? The magnetic field will cause the electron quantum theoretic machines leave its spot in the chemical compass and start a chain of reactions to produce a particular chemical. As long as the bird keeps pointing in the same direction, more of quantum theoretic machines chemical will build up.

As part of many different environmental cues, this information will inform the bird about whether it is pointing towards Siberia or Morocco. View image of A bird's quantum theoretic machines system tells it where to go Credit: Even so, the quantum compass remains an idea.

Organisms might be quantum machines

Hore has been focusing on finding out how the quantum compass can work in principle, using molecules that theoretically ought to be able to do the job.

These have helped to pin down some molecules that do seem to be fit for the purpose of detecting magnetic fields, he says. View image of The science of smell Credit: Exactly how our noses are capable of distinguishing and identifying a myriad of differently shaped molecules is a big quantum theoretic machines for conventional theories of quantum theoretic machines.

When a smelly molecule wafts into one of our nostrils, no one is yet entirely sure what happens next.

Somehow the molecule interacts with a sensor — a molecular receptor — embedded in the delicate inner skin of our nose.

August Stern (Author of Quantum Theoretic Machines)

Exactly how are our noses capable of distinguishing and identifying a myriad of differently shaped molecules? A well-trained human nose quantum theoretic machines distinguish between thousands of different smells. But how this information is carried in the shape of the smelly molecule is a puzzle.

Many molecules that are almost identical in shape, but for swapping around an atom or two, have very different smells.

Vanillin smells of vanilla, quantum theoretic machines eugenol, which is very similar in shape, smells of cloves.

quantum theoretic machines Some molecules that are a mirror image of each other — just like your right and left hand — also have different smells.

But equally, some very differently shaped molecules can smell almost exactly the same.