Co-Founder and Chief Financial/Operating Offficer. Our solution monitors body movements and predicts falls within 3 to 5 seconds preventing it with appropriate feedback.

NSERC/Essilor Industrial Research Chair Using electromagnetism, electrodynamics, complexity theory, quantum theory, psycho-physics theory, I participated in the following activities:Theoretical and Experimental Research on:• The physical mechanisms underlying motor contractions. • Wave-front aberration at different gaze directions in human eyes. • Blue light spectroscopy from electronic visual displays. • Biological systems as photonic systems analogies. • Crowd movement analysis. • Regulation of neuronal polarity analysis. • Negative refraction in photonic crystals.• Inducing electromagnetic forces with light in photonic crystals. • Photonic crystal sensors. • Silicon based photonic crystal as UV filters. Theoretical and Experimental Research and Development on:• Multisensory integration. Vision.• Human gaze and car driving performance. • Human posture balance. • Near-infrared spectroscopy of the brain to assess blur perception. • Complex biological motion perception in the human dorsal pathway and descriptive risk-averse bayesian decision-making model. • Electro Repulsive Plates to generate high mechanical forces.Resulted in 24 peer-reviewed articles, 34 peer-reviewed conference articles, three public science awareness articles, one editorial article, eight book chapters, and 36 international patents and patent applications, six technology transfers to Cognisens Athletics Inc. and Essilor International Companies.

The ARC brings together researchers and experts in cognitive human performance from Industry, Government and Academia to bridge the gap between research and unmet needs in real-life applications. Collaboration is the centrepiece of the ARC’s activities. We are committed to facilitating applied research projects that are distinguished by their scientific relevance and strategic impact. The Faubert ARC’s mission is to demonstrate the ecological and scientific validity of new technologies relating to cognitive function, mental readiness and human performance.The Faubert Applied Research Centre (ARC) is a non-profit research center dedicated to studying and furthering cognitive human performance potential. The ARC is a collaboration between Nothing Artificial and the Faubert Lab.

Cognisens is a company devoted to the development of technologies transferred from the Faubert Lab at Université de Montréal, in the domains of sports science (2010-2019).Development of NeuroTuner, and intellectual property management. NeuroTuner is a breakthrough technology that leverages 15 years of research in human perception and cognition from the Faubert Lab at Université de Montréal to trigger a heightened state of sensory perception. Often referred to as "The Zone" in athletics, NeuroTuner helps these individuals enter a heightened state of mental resonance. Using a patented biofeedback loop, NeuroTuner extends the brain’s processing thresholds and enhances performance by improving proprioception, sensory awareness, and mental focus.

Using electromagnetism, electrodynamics, quantum theory, I participated in the following activities:• Experimental and theoretical studies of lensless imaging systems. • Design of a new digitally tunable surface-emitting laser (DTSEL) with GaAs nanostructures and fiber Bragg gratings. Resulted in 2 peer-reviewed articles.

I participated in the following activities:•Established and creation of a nanophotonics laboratory. • Tunability of the optical response on silicon nanostructures with electrical fields and dc currents. Resulted in 4 publications: peer-reviewed articles (3), peer-reviewed conference articles (1).

Using electromagnetism, electrodynamics, solid state theory, I participated in the following activities:Molecular dynamics simulations of oxidized silicon nanostructures.Resulted in 1 chapter book.