Bita Quantum Ai

the current noisy intermediate-scale quantum computers built by companies such as ibm, google, and microsoft utilize superconductor qubits as quantum processors. superconductor qubits operate at very low temperatures, close to -273 ℃. this restricts their scalability and integration with photonic technology. in addition, the maximum clock speed of a superconductor qubit reaches up to 5 ghz, and overcoming the error-correction problem is a serious challenge for this technology. quantum photonic processors based on plasmonic waves have the potential to circumvent these significant challenges. plasmonic quantum processors (pqp) developed on single-layer quantum materials such as graphene have the following advantages over superconductors technology : *) operating at room-temperature *) 200 times faster (1000 ghz) *) no need for error-correction *) easy to integrate with optical fiber technology *) easily scalable to million qubits