
QuiX Quantum develops photonic quantum computers and processors for research and computing infrastructure.
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Alquor 2.0 bridges the gap between quantum optics research demands and lab infrastructure, providing a platform for programmable linear optics experimentation.
PHOQUSING is a project supported under the Horizon2020 program with the aim of realizing the potential of quantum computing in a photonics computational hybrid device.
QuiX and PHIX started a collabo-ration in the project Qmode to overcome the packaging challenges of connecting large-scale quantum photonic processors to the outside world.
This document specifies the file formats used to submit jobs to, and receive results from, the QuiX Quantum special purpose quantum computer.
With the release of a new generation quantum photonic processor, startup Quix wants to show the world that it has the superior technology to succeed in this emerging field.
Building success in 2020: EPIC CEO Award 2020 goes to Hans van den Vlekkert!
Modern atomic quantum clocks are the most precise and accurate scientific instruments ever created. Currently, these so-called optical atomic clocks are mostly found in physics laboratories, often filling an entire laboratory. The AQuRA-consortium brings together European universities, industry partners and EU metrology institutes in an effort to make quantum clocks more robust and compact. This will allow real-world applications like significantly improved and faster telecommunication networks,
QuiX Quantum, Europe’s photonic quantum leader, founded in 2019, with offices in NL & DE, focuses on integrated photonics for quantum computing.
Quix’ photonic quantum computers bring hybrid quantum-classical computing to data centers and HPCs, overcoming the lab-only limits of traditional hardware.