What is TNQ?
Measure Human Potential.
TNQ turns sports science, neuroscience, and behavioral science into mobile-first products that make performance measurable, visible, and trainable anywhere.
What We Do
Research-led products, built for the real world
01
Custom Software DevelopmentiOS/Android apps
End-to-end support from product strategy and requirements through UI/UX, engineering, and ongoing operations.
Read More02
In-house Product DevelopmentApplications in digital health
We plan and build a wide range of in-house apps, from sleep and training to fitness assessment and everyday measurement tools.
Read MoreProducts
Our Apps
A growing suite of mobile products spanning physical performance, cognition, recovery, and vision.
JUMP!
Measure Your Jump.
FAST!
Velocity Based Training.
RUN!
AI-driven running analysis.
MOVE!
3D Motion Analysis.
SPEED!
Speed. Agility. Quickness. Scientifically Measured.
CALM!
ANS Measurement.
REACT!
Real-Time Cognitive Fitness.
SLEEP!
Visualize your sleep quality.
BRAIN!
Your Mind, Quantified.
EYES!
Measure dynamic vision, peripheral vision, and various visual functions.
BALANCE!
Evaluate your balance.
LOAD!
Quantify your training load to boost performance while preventing injuries!
WFTC!
Push your limits. Compete with the best. Be the champion!
Research Output
Published Papers
A selection of papers and research outputs associated with TNQ, with recent work surfaced first.
Yamaki, N., & Churiki, T. (2026). A three-dimensional geometric model reveals posture-dependent effects of femoral anteversion on hip structural alignment.
Yamaki, N., & Churiki, T. (2026). A minimal dynamical model linking early embryonic asymmetry to hemispheric lateralization. Laterality, 1-14.
Yamaki, N., Churiki, T. Posthuman flesh-the ontological status of the cyborg body. AI Ethics 6, 166 (2026).
Yamaki, N. The movement we still do not know how to model. AI & Soc (2026).
Yamaki, N. (2025). Quantum Phenomenology of Action: Predictive, Executive, and Corrective Overlap as Temporal Superposition. Cosmos and History: The Journal of Natural and Social Philosophy, 21(2), 329-338.
Yamaki, N. Factor structure and validation of the Motor Imagery Vividness Scale (MIV-S). Sci Rep 15, 10517 (2025).
Your Apps.
Our Science.
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