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Quantum computing is expected to be in the next critical revolution in the computing industry as the power and speed required for advancement in this area exceeds the current limits of a binary system. This new method of computing will utilize qubits, instead of traditional bits, which will be able to store a 0 and 1 as well as infinite values in between and can also exist in multiple states at the same time - the property of quantum superposition. Superposition will allow quantum computers to perform a single operation using massive amounts of data simultaneously, a task that could take a classical computer thousands of years to accomplish.
RF connectors and cable assemblies are used in quantum computing to transmit signals that manipulate the state of qubits; qubit manipulation is the mechanism that carries out quantum computing operations. Specific interconnect features required include the ability to withstand cryogenic (very low) temperatures, non-magnetic, high-frequency and low loss.
Computer security or information technology security to protect computer systems and networks against the theft of or potential damage of hardware, software and electronic data.
Urban areas where IoT sensors are used to collect data in order to manage assets or services.
Maintenance or improvement of health.
The design and discovery of new materials.
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