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Quantum computation promises to be the most important computation revolution of our lifetime, as it offers hope to resolve and address some of humanity's most pressing problems. Quantum computation is slated to define what computation is, in the coming decades. In order to achieve these grand goals, the quantum industry must develop a new type of operating system specifically tailored for quantum computers. Such an operating system must offer ways to overcome the critical challenges which quantum hardware developers are facing. Qedma is developing a new operating system which improves the accuracy of quantum computers, speeds up their performance, and unleashes their computational power, ultimately leading to quantum computational advantage.
High precision, detailed characterization of multi-qubit systems is essential for improving the design of quantum processors and reducing errors in existing quantum computers. Qedma’s characterization protocols, working with unprecedented speed to accuracy tradeoff, extract the errors occurring during each operation of a quantum device. Experimentally verified, Qedma’s software provides a versatile tool for hardware developers across a variety of platforms, providing all key error parameters in real time.
Read moreOur proprietary multi-qubit detailed characterization software provides an intimate look at the inner working of the quantum computer. We utilize this detailed information to realize new & more robust quantum logic gates with reduced noise, resulting in an improved quantum computer.
Read moreCurrent quantum computers are too noisy for implementing useful quantum algorithms. Qedma's fidelity enhancing compiler (FEC) can bridge this gap – using Qedma's characterization, it transforms an algorithm designed for error-free quantum computers into one that can be run on the noisy quantum computers currently available.
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Request to schedule a meeting, in which you can learn how Qedma's products can improve the performance of your device, and can provide an essential tool for the development of your next generation of quantum computers. You will also learn how the Qedma operating system can be easily integrated into your quantum computing stacks.