LeviSens (Levitated Sensors) is a deep-tech startup pioneering next-generation precision instrumentation based on levitated quantum optomechanics.
LeviSens is committed to bringing quantum-era metrology to industries where precision isn’t optional — it’s mission-critical.
From semiconductor metrology, advanced materials, energy sector, aerospace and defense, we aim to overcome the limitations of conventional probing technologies by delivering measurement solutions that are radically less invasive, faster, and more sensitive.
At the heart of our platform are optically levitated nanoparticles — masses suspended in vacuum and cooled toward the quantum ground state. Free from mechanical contact, these sensors reach exquisite sensitivity to force, acceleration, and field, opening measurement regimes that conventional probes cannot reach.
A focused laser traps a sub-micron particle in an optical potential inside a high-vacuum chamber. By reading out the particle’s motion and feeding it back through the light field, we cool it to ultra-low effective temperatures — turning a single levitated mass into a near-ideal, calibration-stable transducer.
I am a physicist dedicated to translating complex scientific knowledge into real-world applications. Throughout my PhD, industry experience, and postdoctoral fellowship, I have a track record of solving complex scientific problems and delivering results.
The guiding principle of my career as a physics professor has been making the seemingly undetectable measurable. I am thrilled to guide our team through the technological challenges of commercializing Quantum Optomechanics.
