Table of Contents
Is ribosome a Turing machine?
An abstract machine with a virtual head to read and write symbols structured in words (sequences) from an infinite tape, focusing on one symbol at a time. A ribosome translating the information from a messenger RNA into a protein can be described as a Turing Machine, with striking physical similarity.
Is quantum computer Turing complete?
The quantum computing gate model is not Turing complete. (Rea- son: quantum gates compute only total functions, functions defined everywhere.)
Is DNA a Turing Machine?
Shapiro has found a way to use DNA as a truly general-purpose computer, suitable for solving any kind of problem. The idea is to use DNA to operate as a “Turing Machine”. This hypothetical computer design was devised by the British mathematician Alan Turing in 1935.
Can a quantum computer simulate a Turing machine?
Yes, a quantum computer could be simulated by a Turing machine, though this shouldn’t be taken to imply that real-world quantum computers couldn’t enjoy quantum advantage, i.e. a significant implementation advantage over real-world classical computers.
Who developed the Quantum Turing machine?
Alan Turing
The Turing machine was invented by Alan Turing in 1936 [101] in order to address Hilbert’s Entscheidungsproblem. It is sufficiently simple so that various mathematical theorems can be proven about it.
Is the human genome Turing complete?
Every living organism has — to our knowledge — only a finite amount of resources available. So no, they can not be Turing-complete. That said, there is quite a number of bio-inspired models of computation that can be studied formally.
Are Turing machines deterministic?
In computational complexity discipline, a deterministic Turing machine is a theoretical machine that is used in thought experiments to examine the abilities and limitations of algorithms. In a deterministic Turing machine, the set of rules impose at most one action to be performed for any given situation.
Is a quantum computer more powerful than a Turing machine?
It is known that Turing machines are not so efficient, though they polynomially simulate classical computers. Quantum computers are believed to be exponentially more efficient than Turing machines. In this sense, you can beat Turing machines (if you could only build a scalable quantum computer).
Are quantum computers more powerful than Turing machines?
How many quantum computers are there?
There were 11 quantum computers in the world as of June 2018. These computers were owned by IBM, the University of Bristol in England, the Center for Quantum Computing and Communication Technology, the University of New South Wales in Australia, and the University of Science and Technology in China.