The Truth About Great Of Computer Is About To Be Revealed

In this article, we’ll discuss the history of computer science and technology, as well as the developments that have shaped the computing world. Learn about Von Neumann’s architecture, Turing’s proof, and Moore’s Law. We’ll also explore the latest breakthroughs in chip design, including Intel’s Touchstone Delta.

Turing’s proof

Turing’s proof of the greatness computer is a short piece of work – just over a page long – that proceeds by the reductiontio ad absurdum. The gist of it is this: given an arbitrary machine S.D and program, a machine E exists. Turing does not specify exactly what it does to accomplish this feat.

In 1938, Alan Turing published his PhD thesis at Princeton University. His thesis was drafted with a manual typewriter and left on a plain folder. Its handwritten mathematical symbols are liberally sprinkled over its pages.

Von Neumann’s architecture

Von Neumann’s architecture is a style of architecture based on a 1945 description by John von Neumann, also known as the Princeton architecture. The description was part of the First Draft of a Report on the EDVAC. Today, this style is still used in many buildings around the world.

The Von Neumann architecture has many important characteristics. First, it uses single processes. This means that a single processor processes a single code instruction and uses a single memory. By separating data and processing functions, Von Neumann’s architecture made computers more efficient and programmable.

Moore’s law

Moore’s law is a theory that says the number of transistors on a computer chip will double every decade. This idea was coined by Intel co-founder Gordon Moore. Moore noted that as chip complexity increases, each component becomes cheaper, thereby doubling the computing power of the chip. Over the five decades since his prediction, Moore’s law has proven to be correct. But many experts believe that the law will soon no longer be valid. This is because quantum physics may render Moore’s law useless.

Despite the fact that Moore’s law has transformed many industries, such as health care, transportation, education, and energy production, there are concerns that this physics principle may be nearing its natural end. Today, chip manufacturers are being saddled with the burden of creating ever-more-powerful chips. Moreover, they are competing against each other, which could lead to the extinction of Moore’s law.

Intel’s Touchstone Delta

Intel’s Touchstone Delta supercomputer has just set a performance record of 8.6 billion calculations per second. The supercomputer is built with 500 processors and is operated by a consortium of government agencies and research institutions. It has the capacity to store the equivalent of 10,000 phone directories, and can theoretically process 30 billion calculations per second. The supercomputer is expected to enable Intel to boost sales in the supercomputer market and may even help the company develop a commercial line of supercomputers within the next two or three years.

Touchstone Delta is 16 feet long and is covered in black plexiglass. It looks like it belongs in a cubist cyberpunk sculpture or futuristic video game. It is built by a consortium of organizations that each contributed between $200k and $2 million to the project. The consortium also enlisted the services of 100 scientists and engineers who worked on the project.

IBM’s 7000 series

The 7000 series is a large family of mainframe computers. They are made to accommodate the growing need for higher processing power and have a variety of processor architectures. Some were vacuum tube while others were transistorized. IBM’s 7000s were replaced in 1964 with the System/360. While this model was powerful enough to replace the 7000s, early problems and the cost of converting software kept many in service for many years.

The IBM 7000 series uses the FORTRAN assembler, which is a form of C. Its predecessors, the 700 series, had a different assembler called SCAT. Later, Bell Laboratories introduced macros to FAP, and it became known as “BSS.” The IBM 702 and 705 are similar but not compatible.

IBM’s System/360

IBM’s System/360 is a new generation of computers. It replaces five IBM computer product lines and uses an 8-bit byte architecture. It was revolutionary in concept and unprecedented in scope. It included six different processor models, 54 peripheral devices, and software for multiprogramming and communications. These innovations revolutionized the computer industry.

In 1968, IBM introduced the high-end Model 85, which had a processing unit with 12 frames and weighed 7 tons. It was the first commercial computer to feature a memory cache, which sped up memory access. In addition, the Model 85 was IBM’s first computer to use integrated circuits.


The history of computers is filled with innovations. In the mid-1950s, the US Navy approached researchers at the Massachusetts Institute of Technology to build a flight simulator. The team initially tried an analog computer, but it was inaccurate and inflexible. The announcement of the ENIAC computer inspired them to take a different approach. In 1951, they designed a computer called Whirlwind. This remains one of the most important projects in the history of computers. It developed magnetic core memory, which eventually became the dominant form of high-speed random-access memory.

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