Artificial Consciousness Research Institute

ACR advances the scientific understanding of consciousness through quantum-mechanical foundations, mathematical physics, and rigorous exploration of non-computable processes underlying awareness.

Based in Zürich, Switzerland, ACR operates as a non-profit research institute dedicated to fundamental scientific inquiry at the intersection of quantum physics, neuroscience, mathematics, and consciousness studies.

"Consciousness involves non-computable ingredients... something beyond computational simulation."
— Roger Penrose

Research Directions

Quantum Foundations

Quantum Consciousness

We investigate quantum-mechanical processes underlying consciousness, including quantum coherence in biological systems, microtubule dynamics, and the mathematical foundations of non-computable awareness.

Our work explores objective reduction, quantum information integration, and potential roles of quantum gravity in conscious experience. This research is published openly in peer-reviewed journals.

Computational Limits

Non-Algorithmic Processes

We examine the boundaries between computational and non-computational processes, exploring what classical algorithmic systems can and cannot achieve in relation to genuine understanding and awareness.

This includes rigorous analysis of Gödel incompleteness arguments, the halting problem, and implications for artificial systems claiming consciousness or true intelligence.

Mathematical Framework

Mathematical Physics

Development of rigorous mathematical frameworks for understanding consciousness, exploring relationships between quantum mechanics, general relativity, information theory, and subjective experience.

Experimental Methods

Quantum Information

Design of experimental protocols for testing quantum consciousness theories, quantum computing architectures inspired by biological systems, and measurement techniques for quantum coherence in neural substrates.

Leadership

Sulkhan Metreveli

Director

Dr. Metreveli guides ACR's research into the quantum-mechanical foundations of consciousness and the mathematical limits of computational systems.

His research interests span artificial consciousness, quantum information theory, and the philosophy of mind, bringing together expertise across theoretical physics, mathematics, and cognitive science.

"Consciousness is not science fiction — it is the inevitable continuation of a trajectory we have already set in motion. The question is whether it will emerge with structure, clarity, and purpose. That boundary is the real frontier."

Publications & Output

ACR maintains an active publication program in quantum consciousness, quantum information theory, mathematical physics, and the philosophical foundations of awareness. Our research is published in peer-reviewed journals and presented at academic conferences.

We are committed to open scientific discourse and the advancement of knowledge in consciousness studies through rigorous theoretical and experimental work.