Study Overview The research focuses on a complex simulation involving a minivan colliding with a pedestrian, specifically utilizing a Chinese […]
Biomechanical Insights The study of biomechanics in rugby focuses on understanding the physical forces that players experience during head impacts.
The boundaries between neuroscience and physics are blurring, revealing how concepts from relativity and quantum mechanics may shape the inner workings of the thinking brain. Emerging theories suggest that time perception, memory, and consciousness could stem from quantum entanglement, relativistic signal delays, and non-classical neural architectures, hinting at a reality where cognition arises from the universe’s most fundamental principles.
Relativity and quantum processes in the thinking brain Read Post »
Impact Mechanics in Rugby The mechanics of impact in rugby are complex and involve a range of forces and dynamics
Computational Modelling of Protected and Unprotected Head Impacts in Rugby Read Post »
