The Hermes Institute is dedicated to advancing research at the intersection of cognitive processes and material reality. Founded on Peter Wexley's principle that human thought can influence physical matter, our research rigorously explores how cognitive structures interact with the physical world, emphasizing empirical and measurable outcomes.
Our research is anchored in three core areas:
- Cognitive Resonance Theory: This area investigates the potential for specific cognitive patterns to influence physical systems at a molecular level. Through controlled experiments, we explore the capacity of thought to affect material properties, with implications for materials science and biomedical engineering.
- Environmental Cognition: This research examines how collective cognitive states influence the design and function of physical spaces. By studying the correlation between group ideation and environmental outcomes, we aim to develop adaptable architectural systems that respond to their users' cognitive inputs.
- Quantum Cognition: Our researchers are probing the connections between quantum mechanics and cognitive processes. By examining how cognitive phenomena might influence quantum systems, we seek to identify mechanisms for mind-matter interaction with potential applications in nanotechnology and quantum computing.
The Hermes Institute prioritizes empirical rigor, employing advanced methodologies and state-of-the-art facilities, including our Cognitive Resonance Laboratory and Quantum Cognition Center. Our interdisciplinary approach integrates cognitive science, physics, and engineering, ensuring our research is innovative and scientifically grounded.