Twist is a language developed by the Massachusetts Institute of Technology that attempts to handle errors in quantum computing

Scientists from Computer Science and Artificial Intelligence (CSAIL) at the Massachusetts Institute of Technology have developed a new programming language for quantum computing. The language called TWIST is specifically intended to address data interlacing issues. If approved by the developer community, Twist can help reduce bugs and errors and improve data quality.

Quantum computing is much more complex than traditional computing. However, just like any computer out there today, even quantum computers need a programming language for developers to take advantage of their capabilities. The right language can help advance technology from being an experimental science to mainstream use.

Quantum computers do not work well with traditional programming languages. These machines use qubits to encode information as zeros or ones, or both at the same time. Quantum computing mainly deals with “entanglement”, a The arithmetic multiplier of qubits Of sorts, which translates to a lot of power. Regardless of technical terms, this means that these computers contain a file More complicated method Processing of data in a very short period of time.

While working with qubits, quantum computers have to deal with data entanglement. claims the Massachusetts Institute of Technology That Twist can describe and verify which bits of data are intertwined in a quantitative program. Fortunately, Twist uses syntax that a classic programmer can easily understand.

Charles Yuan, an MIT doctoral student in electrical engineering and computer science and lead author on A New paper about Twist, Says:

“Our language Twist allows the developer to write more secure quantum programs by explicitly stating that one qubit should not be entangled with another. Since understanding quantum programs requires an understanding of entanglement, we hope Twist will pave the way for languages ​​that make the unique challenges of quantum computing accessible to programmers.”

Convolution could help reduce the complexity associated with quantum computing. It can help developers, who are fluent in mainstream programming languages, to work with quantum computers without getting into the complexities of technology.

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By integrating Twist, the running time of programs running on a quantum computer increased by just four percent, the MIT researchers claimed. However, the language’s ability to detect errors and “purify” data is much more valuable. New language One of the many steps Researchers are actively working to bridge the gap between traditional computing and quantum computing while keeping things simple and understandable to the average developer.


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