At PULSED, we strive to unlock the full potential of low-noise ultrashort pulse lasers for transformative applications across physics, chemistry, biology, and medicine. Our systems offer exceptional stability and unique nonlinear conversion capabilities, particularly in the mid-infrared range, enabling ultra-sensitive spectroscopy and field-resolved measurements with unmatched reproducibility.

Our technology paves the way for novel scientific and industrial applications, including light-wave electronics, mid-infrared OPCPA seeding, ultrafast nanoscopy, quantum material research, and the control of photochemical reactions.

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Together with our international partners, we pursue a long-term vision: to harness field-resolved infrared spectroscopy for reliable, cost-effective, and minimally invasive early disease detection. We envision a future where a single drop of blood reveals a rich molecular fingerprint—captured through light emitted by excited molecules and analyzed via electro-optic sampling. These fingerprints could contain valuable information about a person’s health status, enabling medical professionals to detect changes long before symptoms appear.

Demonstrating that this approach can be effectively used for medical screening and health monitoring is part of our ongoing research and future ambition. We believe this technique holds great promise for revolutionizing diagnostics and enabling proactive healthcare on a population-wide scale.

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While we are committed to realizing this vision, we also see ourselves as part of a broader scientific and technological community. We want our technology to serve not only our goals, but also as a powerful tool for others—empowering researchers, innovators, and industry partners to pursue their own missions and ideas. We warmly welcome everyone who shares our passion for advancing science and improving lives.

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For those who come after.