Computer Technology Advances in The News
Computing has seen many improvements, starting with the invention of the first electronic digital machine (or EDVAC), to modern multicore systems used in smartphones, cars computers and even exascale supercomputers. Despite the great advancements made, there are still areas that need to be further developed or improved upon.
- Enhanced Bits That Transmit Information More Easily
The number of transistors on the chips of a computer is crucial to its speed. They are bits that change between “on” and “off”. Moore’s Law, named after the semiconductor’s founder Gordon Moore is a prediction that every year the amount of silicon contained in each chip will increase by a factor of 2. This has led to exponential increases in processor performance and frequency which is the speed at which a computer can run tasks. These improvements aren’t just because of hardware, but software advances are also making computers more efficient.
- The Theory of Information
The theory of information was developed by Claude Shannon, a mathematician in 1948, to explain how computers work and how they can be made to perform better than before. It laid the groundwork for the internet, which was created in 1969 and connects nearly all the world’s computer networks.
- Artificial Intelligence
One of the most exciting innovations in recent years is the development of machines that can think, a feat that was once a distant possibility. Since the 1930s, scientists and engineers have been building these machines with the hope that they will one day be able to do complicated calculations that aren’t possible using conventional computers.
- More personalized computing
Programming languages have been a major factor in the development of computers. They permit anyone to create programs that can then be executed by the computer’s hardware. These programming languages have revolutionized computer usage and how people interact with them. Fortran, which was introduced by IBM in 1957 and MS-DOS by Microsoft in 1981 are among the most significant programming languages.
- Quantum Computing
Researchers have long believed they’ll one day build a machine with thousands of “quantum bits,” or qubits, that behave in a strange fashion under certain conditions. These bits are so fast that they can solve problems that even the most powerful supercomputers of today are unable to solve.
In recent times, engineers and scientists have started talking about creating full-fledged quantum computers. But , to date they’ve been able to build machines that have a handful of “logical” qubits — which are actually more like bits of code than actual qubits.
Now, IBM is publicly laying out a road map to build the first quantum computer with a capacity of 1000 qubits. IBM is planning to achieve this in 2023. The announcement this week is expected to stimulate the development of quantum computing startups to get in on the action.
Although the timeline is ambitious, if the company meets its goals, it will be a huge benefit to software developers for the new hardware. It is crucial to know when a machine is ready to go so that developers can focus their efforts on the particular challenges that will make it viable for commercial use. Venture capitalists will appreciate this information. They want to know that the company is dedicated to technology and to its advancement.