Anyone had expected the 21st be the computer era in the 19th Century while Charles Babbage and Ada Lovelace created the difference engine. Is Charles Babbage foreseen the vacuum tubes and transistors would be in reality after a century. Now a days Scientists have been making new blueprints for a new type of computer. The Computer is called ”Quantum Computer” which could solve certain problems in few seconds. The certain problems are still a milestones for Today’s Super-Computers.
The Quantum Computers differs from traditional computers by the technology used to process data and the extra-ordinary computing ability. The Quantum Theory was first proposed in 1982 by Nobel Laureate Richard Feynman. The computers commonly use algorithms to solve problems. In that way the Quantum Computers also need Algorithms . So Quantum Algorithms have been made especially for Quantum COmputers. The Deutsch–Jozsa Algorithm is the first Quantum Algorithm to be made. Many Quantum Algorithms formed then after according to the requirements.
The World’s first Quantum Computer had been made in 1998. The Quantum Computer consisted of two Qu-bits(Quantum Bits). Since then the Quantum Computing Has been developing very fast thus the first Quantum Computer was lasted only for few nanoseconds. The series of experiments had created the World’s first Commercial Quantum Computer. The D:Wave has introduced the specific computer in May,2011. The Specific Computer will be released as 128 Qu-bits to 1024 Qu-bits.
Nower days Ten billion Qu-bits have been entangled in a single Silicon Chip. If the Silicon Chip works on, it would be the current World’s Fastest Computer. Averagely a 30 Qu-bit computer is equal to a super computer with the power of the ten T FLOPS(Trillion Floating Point Operations Per Second) and a 40 Qu-bit Computer is equal to a super-computer with the power of 10 P FLOPS. So now You can Find the Super-power fo the Computers stated above.
The Imaginary Quantum Processor
The Quantum computers must be kept as low as zero degree Celsius to avoid the coherence with the atmosphere. The greater advantage of Quantum Computing is the Power Multiplication and the ability to store two binary digits at the same time. A typical Qu-bit can hold two bits of data at the Same time. The Quantum Computers Multiply their power when a Qu-bit is added to the Quantum Computer. In such way the Quantum Computer Doubles its power.
The Quantum Computers differs from traditional computers by the technology used to process data and the extra-ordinary computing ability. The Quantum Theory was first proposed in 1982 by Nobel Laureate Richard Feynman. The computers commonly use algorithms to solve problems. In that way the Quantum Computers also need Algorithms . So Quantum Algorithms have been made especially for Quantum COmputers. The Deutsch–Jozsa Algorithm is the first Quantum Algorithm to be made. Many Quantum Algorithms formed then after according to the requirements.
The World’s first Quantum Computer had been made in 1998. The Quantum Computer consisted of two Qu-bits(Quantum Bits). Since then the Quantum Computing Has been developing very fast thus the first Quantum Computer was lasted only for few nanoseconds. The series of experiments had created the World’s first Commercial Quantum Computer. The D:Wave has introduced the specific computer in May,2011. The Specific Computer will be released as 128 Qu-bits to 1024 Qu-bits.
Nower days Ten billion Qu-bits have been entangled in a single Silicon Chip. If the Silicon Chip works on, it would be the current World’s Fastest Computer. Averagely a 30 Qu-bit computer is equal to a super computer with the power of the ten T FLOPS(Trillion Floating Point Operations Per Second) and a 40 Qu-bit Computer is equal to a super-computer with the power of 10 P FLOPS. So now You can Find the Super-power fo the Computers stated above.
The Imaginary Quantum ProcessorThe Quantum computers must be kept as low as zero degree Celsius to avoid the coherence with the atmosphere. The greater advantage of Quantum Computing is the Power Multiplication and the ability to store two binary digits at the same time. A typical Qu-bit can hold two bits of data at the Same time. The Quantum Computers Multiply their power when a Qu-bit is added to the Quantum Computer. In such way the Quantum Computer Doubles its power.
