Infleqtion’s Unique Approach
From the glass cell at the center to the light that controls the atoms.
Built From Within
Infleqtion builds quantum systems around a technology we know from the inside out. At the center is a sealed glass cell, or quantum core, that creates an ultra-high-vacuum environment for controlling atoms with light. Neutral atoms provide a uniform, reconfigurable foundation for computing, sensing, and timing. Integrated photonics offer a path toward more compact, efficient architectures. Engineered together with controls and software, these technologies form a platform designed to move quantum performance beyond the lab and into real operating environments.
Differentiators
Infleqtion’s Quantum Advantage
Core, atoms, and light work together to turn quantum physics into complete systems.
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The Quantum Core
Explore Quantum CoresA sealed glass cell creates the controlled vacuum where atoms are cooled, trapped, manipulated, and measured with light.
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Neutral Atoms
Explore Neutral AtomsUniform by nature and controlled optically, neutral atoms support flexible arrays for quantum computing and precision sensing.
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Integrated Photonics
Explore Integrated PhotonicsIntegrated optical control creates a pathway to smaller, more efficient quantum systems with fewer discrete optical components.
The Core Environment
Quantum performance starts with control. Infleqtion’s sealed glass cells create ultra-high-vacuum environments with optical access, allowing lasers and magnetic fields to cool, trap, and address atoms while shielding them from interference.
The quantum core brings atomic sources, vacuum engineering, optical access, and system packaging into one precision environment.
Engineered as a System
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Uniform atoms form the foundation for quantum computing, sensing, and timing.
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Light cools, traps, moves, manipulates, and reads the atoms.
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Integrated photonics, controls, and software reduce optical complexity and connect hardware to workloads.
Ready to Harness the Power of Quantum?
Bring your quantum challenge to our team.