Until now, human movement has been assessed by the eye.

Every scientific field advances the moment it agrees on how to measure. Movement never got that moment. What changes across research, care, and sport once movement can be scored the way temperature or blood pressure can.

Takeaway  A framework for judging any movement-assessment method against a real measurement standard.

The NMSK field pours its time into intervention and almost none into assessment. This talk reframes assessment as the driver of the entire care pathway and of what the patient can see about their own progress.

Takeaway  The highest-leverage upgrade in a clinic is usually upstream of treatment.

The transverse plane is the number-one plane of human compensation, and the one plane no wall-mounted camera can capture. Reading all three planes at once turns a biomechanical screen into a neurological one. The foundation of the NeuroPlanar Method.

Takeaway  Why single-plane data misses the compensation patterns that matter most.

When the MRI arrived, clinicians faced a choice about a new imaging paradigm. Markerless motion capture and clinical AI present the same one. The human element of care is irreplaceable; AI's role is to deepen the clinician's read.

Takeaway  A clear line between augmentation and displacement, and why the distinction is strategic.

Baselines, Concussion, and Return-to-Play

Objective baselines change the highest-stakes decisions in sport. Functional and balance baselines, what happens to them after concussion, and why return-to-play judgments demand more than a clinician's read on the day. Presented on concussion management at the NFL Combine.

Takeaway  A case for baseline screening as standard practice across a team or community.