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All QCi technologies are created with nanophotonics, enabling diverse but unified capabilities. Learn more about how these groundbreaking techniques will be changing the world of computing, communications, and more. Get started with our Dirac quantum computing systems and start running optimization problems today.
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Introduction to Dirac-3DifficultyThis module will provide you with everything you need to get started with the Dirac-3 system.Application area
Quantum Computing
Go to moduleIntroduction to uQRNGDifficultyThis module will help you get started with uQRNG, QCi’s uniform quantum random number generator.Application area
Cybersecurity
Go to moduleIntroduction to reservoir computingDifficultyThis module contains content for understanding and using reservoir computing.Application area
Reservoir Computing
Go to moduleQCi's unconventional hardwareDifficultyThere are many ways to build a computer other than the classical digital computer. This module will explain why the alternatives are worth exploring.Application area
Quantum Computing
+2
Go to moduleUnderstanding LightDifficultyLight is fundamental to optical quantum computing. This module will take you through the basics required to understand how light can be used in computing.Application area
Quantum Computing
+4
Go to moduleThe analog quantum advantageDifficultyUsing quantum machanics to solve problems can be a very difficult effort, but if done correctly, it will be worth it. The following module will go through some of those benefits.Application area
Quantum Computing
+1
Go to moduleUnderstanding QUBOsDifficultyThis module will help you understand and use QUBOs, a fundamental building block for solving optimization problems.Application area
Quantum Computing
Go to moduleUnderstanding QLCBOsDifficultyThis module will help you understand and use QLBCOs, a fundamental building block for solving optimization problems.Application area
Quantum Computing
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