Following are the benefits or advantages of Quantum Cryptography: It revolutionizes secure communication by providing security based on fundamental laws of physics instead of mathematical algorithms or computing technologies used today.

Scientists and engineers have understood the revolutionary potential of quantum computing for decades. DISADVANTAGES OF QUANTUM COMPUTING Although quantum computers makes people’s work very easy, it has some disadvantages which prevent quantum computers for common use. The promise of quantum computing was first recognized in the 1980s yet remains unfulfilled. ( Log Out / this problem but all the efforts that are applied to identify the solution are Many people were uneducated, as compared to the present where kids that are less than 5 years old … Quantum computing may still largely reside in the realm of scientists, but assuming it’s too many years off to be relevant today would be a serious mistake. There is continuous research for this problem but all the efforts …

These are based on small circuits cooled to very low temperatures (-273 ° C) so that the properties are ‘quantized’. As the costs are at very insane level, not all computer … Benefits or advantages of Quantum Cryptography. Its components are very expensive and hard to find. Actually, big, organizations face with these issues in their workplaces. The disadvantage of quantum computing. The main problem is gathering quantum computers’ components, because this process ends up very high costs. The major disadvantage currently is the technology that we need to implement a quantum computer is still not available. It is simple to use. It is virtually unhackable. To put this into perspective, supercomputers have achieved a peak performance of around 200 petaflops or 200, 000 trillion calculations per second. Comments Off on disadvantages of quantum computing; Uncategorized ; A well know example for one of the algorithm is the quantum factorization algorithm created by Peter Shor of AT&T Bell laboratories. In this era of supercomputers, quantum computing is considered as the next big thing. These electrons are much necessary for the functioning of quantum computers. Complex near realtime problems (e.g. Traditional Computers and Quantum Machines have their specific role. It has been theorized that quantum computes will take a huge leap over the supercomputers. Quantum Computing will not create the demise or the end for traditional Computers. The major reason is the damage of consistent electrons as they affect by the environment. Quantum computers are exceedingly difficult to engineer, build and program.