Quantum computing develops processors, algorithms, and error-control methods that use quantum effects for computation. Research focuses on making these systems reliable and identifying problems where they may offer practical value.
Cryogenic quantum electronics is the design and use of electronic circuits and devices that operate at very low temperatures in quantum technologies.
Neutral atom quantum computing uses individually controlled neutral atoms as qubits to perform quantum computation.
Photonic quantum computing uses photons and optical components to encode, manipulate, and process quantum information.
Post-quantum cryptography comprises cryptographic methods designed to resist attacks by quantum computers.
Quantum annealing is a quantum-computing approach that uses quantum effects to search for low-energy solutions to optimization problems.
A field that uses computational methods to calculate molecular electronic structure and simulate the properties and behavior of molecules.
Quantum cloud platforms provide remote access to quantum computers, simulators, and related computing tools through cloud services.
Quantum error correction uses encoding and decoding methods to protect quantum information from errors, with surface codes being a prominent family of quantum error-correcting codes.
Quantum machine learning algorithms use quantum computing techniques to perform or improve machine learning tasks.
Silicon spin qubits are quantum bits that encode information in the spin states of electrons or holes confined in silicon-based devices.
Superconducting quantum processors use superconducting electrical circuits to create and control qubits for quantum computation.
Trapped-ion quantum processors use electrically confined ions as qubits and manipulate them to perform quantum computations.
Discover and track organizations, patents, publications, grants, news and more. Get live alerts on new startups, funding rounds and emerging developments.
This site uses cookies to ensure you get the best experience. You can manage our different cookies in the settings below. Cookies Policy