Adam Curry

The Physics of Consciousness: Bridging the Yugas with Quantum Mind

Adam Curry

Director, Entangled Foundation | Inventor, Consciousness Researcher, Technologist

Adam Curry is a consciousness researcher and inventor whose work explores the measurable interface between mind, matter, and the quantum field. A former Director at the Princeton Engineering Anomalies Research (PEAR) Lab, Curry’s background combines cutting-edge data analysis with open-minded inquiry into the nature of reality.

As founder of the Entangled Foundation, he leads pioneering experiments in collective consciousness, random-event correlations, and non-local information fields—continuing decades of research into how human intention can influence physical systems. His work investigates whether consciousness itself may act as a resonant field shaping the evolution of civilization through great cycles of time.

By uniting ancient metaphysical principles with quantum information science, Curry’s research points toward a new synthesis: that consciousness is not a by-product of matter, but the substrate of the universe, a view echoing the higher states of awareness described in the ascending Yugas.

Bridging Ancient Cycles with Modern Science

Adam Curry’s presentation at CPAK examines whether ancient metaphysical models—such as cyclical ages and ascending epochs—can be meaningfully connected to contemporary understandings of quantum information and collective systems.

This talk explores:

  • Consciousness as an informational field

  • Experimental data on intention and physical systems

  • Non-local correlations and collective effects 

  • Whether large-scale shifts in civilization mirror changes in consciousness

At CPAK, this perspective serves as a bridge—linking speculative ancient models with contemporary scientific inquiry.

A Scientific Lens on Ancient Ideas

Within CPAK’s exploration of precession, Yugas, and lost knowledge systems, Adam Curry contributes a rigorously analytical perspective—one grounded in data, experimentation, and systems thinking.