What is it?Quantum sensors are highly precise in measuring motion, magnetic fields, and gravity in controlled laboratory settings. However, that precision is often compromised in real world applications due to a variety of environmental interferences (ex: vibrations, electromagnetic waves, thermal variation, etc.).
Quantum sensors are a future-forward technology, many of which rely on lasers and photonics. For quantum sensors to reach their optimal potential in the field, precision and stability of optical components must be carefully engineered. |
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Why we're differentAt Eigenlabs, we approach quantum sensing from both the modeling and the rapid-prototyping domains. Lasers and photonic systems are integrated for optimal stability to enable precision operation in the toughest environments.
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Delivering Clarity from Chaos
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