Yes.
Yes. People (and vehicles) still need to know where they are going.
It sounds like you are thinking of a protractor. We still use it a lot today, especially in architecture and design. The protractor is a semi-circular measuring instrument used for measuring angles.
an expert at calculation (or at operating calculating machines)a small machine that is used for mathematical calculations
A tamper is used to compact soil. Either a vibrating plate or a jumping jack type machine.
What do you mean? It is used because it still does its job.
ding dings rock
The correct term is "Turing machine," named after mathematician Alan Turing. It is a theoretical device that manipulates symbols on a strip of tape according to a table of rules, used to simulate the logic of a computer algorithm.
it is an ancient counting machine used in China, it is still in use today
The decider Turing machine is a theoretical concept used in computer science to determine if a problem is computable. It acts as a tool to analyze and decide whether a given problem can be solved algorithmically. By simulating the behavior of the decider Turing machine, researchers can assess the computability of a problem and understand its complexity.
The shoe laster is a machine that is used to attach the sole and body of the shoe together. This machine was invented by a shoemaker by the name of Jan Ernst Matzeliger. The shoe laster is still used by fine shoe craftsmen today.
Yes, and they're still serving a very essential role in the battlefield.YesYes
In the year 1936, The Turing machine was developed featuring computability and was considered a universal machine. I do not agree. There is no such thing as "the Turing machine", at least not as a material machine. It is a purely theoretical machine, it features, among other things a tape of infinite length. Turing did help in building Colossus, a system used to break German ciphers, but I think this was in 1943. He also worked on the so-called bombs which were a further development of a Polish code-breaking approach (see related link). Who built the first computer is, however, subject of a lot of debate. Turing was certainly one of the first to describe the concept of computability mathematically using his theoretical machine.
In short, Turing answered the Entscheidungsproblem (Hilbert) with a negative. Then went on to develop the theoretical Turing Machine: a tape reader head that responds to inputted symbols and rewrites the answers back onto the tape. The Turing machine was able to answer mathematical computations in a true or false manner. He developed algorithms to solve the German Enigma during the second world war, when he worked for the British government at Bletchley Park. He put all his previous knowledge together, and understood that a single algorithm/machine could not be developed for each task, a general purpose computer was necessary to fulfill the requirements of the cryptography and mathematical branch. He developed the colossus computer, generally considered the first digital computer, along with Zusse and Von Neuman's work, the title is contested! Due to his contributions Turing's name was put to the award for computing excellence, basically the Nobel Prize for computing. The Turing Test is still used today, to show how computers and humans respond differently to logic problems and complex computations, proving that a machine cannot behave like a human.
It is called a cotton gin and is still used today in a modernized form.
The wave machine is not used anymore and is now a thing we like to call hair curler.
Turing did not work on the Enigma, it was a German machine. However he did do some work on the British Bombe machines that were used to crack the Enigma machine cipher. Later he saw Tommy Flowers' Colossus electronic computer, designed to crack the German Lorenz SZ40/42 machine cipher. This inspired him after the end of the war to begin work on programmable electronic computers.