Quantum Technologies
High-Precision Micro-Optics for Stable and Scalable Applications in Quantum Computing, Quantum Communication, and Quantum-Based Sensing
Quantum technologies are among the most strategically important fields of the future. Applications such as quantum computing, quantum communication, and quantum AI are opening new dimensions in computing power, measurement accuracy, and security. Quantum computers operate with qubits, which can represent the states 0 and 1 simultaneously through superposition and collapse only upon measurement. With each additional qubit, the state space grows exponentially, enabling complex problems to be processed in parallel rather than sequentially.
At the same time, quantum systems impose extreme demands on their hardware. In particular, the optical infrastructure is increasingly becoming the limiting factor: only with the highest precision, long-term stability, and deterministic control of optical states can coherent quantum systems be operated reliably.
Optical Requirements in Quantum Technologies
Quantum systems operate at fundamental physical limits, where even the smallest optical deviations directly affect coherence, stability, and overall system performance. As a result, the requirements for optical components significantly exceed those of conventional applications.
INGENERIC Micro-Optics for Quantum Technology Platforms
Micro-optics are an integral part of nearly all quantum technology approaches—from ion traps and neutral atom systems to photonic quantum chips and optical detection, readout, and control modules. Our precision glass-molded micro-optics offer key advantages over conventional manufacturing approaches. They enable highly precise, reproducible optical structures specifically designed to meet the requirements of stable and scalable quantum systems.
High coherence and phase stability enabled by minimal thermal drift, with stable optical axes, focal positions, and phase relationships down to cryogenic temperature ranges
High numerical aperture in compact form factors for efficient qubit addressing, high collection and coupling efficiency, and reduced gate times
High reproducibility through deterministic optical performance with tight form, alignment, and wavefront tolerances- resulting in shorter setup times and reduced mode errors
Low scattering and absorption losses enabled by smooth, high-precision micro-optical surfaces and stable coatings, supporting higher SNR, improved gate fidelity, and efficient readout in compact, integrated quantum systems
Product and Technology Highlights at A Glance
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INGENERIC – Your Partner for Precision Optical Solutions
Do you have suggestions, specific requirements, or a concrete enquiry? We can help you select the right micro-optics for your application—from standard components to customised solutions. Please feel free to contact us for personal advice or an individual quotation.
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