All Here Unveils Groundbreaking Bio-Intelligence Initiative

All Here, a Geneva-based research organization, has launched the Bio-Intelligence Initiative, a pioneering program aimed at exploring the intersection of deep meditation and artificial intelligence. Officially announced on January 8, 2026, this initiative seeks to investigate how stable and silent states of the mind can produce measurable neural patterns that may guide the development of biologically linked, energy-efficient AI systems.

As the demand for artificial intelligence grows, so does the reliance on energy-intensive computing resources. The Bio-Intelligence Initiative offers an alternative, emphasizing the principles of biological intelligence in complex decision-making processes. By examining coherent and low-noise neural states found in the human brain, the initiative aspires to create reference models for training emerging biocomputing systems.

Erkin Bek, founder of All Here and the World Meditation League, highlighted the efficiency of biological intelligence, noting, “Through advanced meditation, the human brain can reliably enter stable yet complex states that modern neuroscience is now able to observe and characterize with high precision.” The initiative aims to harness these insights to inform the development of AI systems that are not only more efficient but also better at adapting to changing environments.

Exploring Neural Signatures through Meditation

The Bio-Intelligence Initiative approaches meditation through a scientific lens, treating it as a method for inducing identifiable neural signatures. These signatures, associated with sustained attention, self-regulation, and neural coherence, are being studied as potential blueprints for training models in biological computing systems. This approach contrasts with traditional computational methods, opting for frameworks inspired by the brain’s natural self-organization under disciplined attention.

The initiative emphasizes the potential of training frameworks that incorporate living human neurons and stem-cell-derived organoids. By looking at how meditation influences brain activity, researchers aim to create systems that can operate with the same coherence and adaptability characteristic of biological intelligence.

Collaboration and Future Directions

The initiative is part of a collaborative effort involving esteemed neurobiologists, neuroscientists, and artificial intelligence experts from Switzerland and around the globe. By bridging the fields of neuroscience, meditation research, and emerging biocomputing technologies, All Here aims to contribute vital knowledge to the development of next-generation BioAI (Bio Artificial Intelligence).

Despite impressive advancements in silicon-based AI, these systems face challenges related to energy consumption and adaptability. The Bio-Intelligence Initiative proposes a shift towards biologically inspired models that prioritize coherence and efficiency. This research pathway aims to lead to more sustainable and adaptive computing systems, addressing the limits of traditional AI approaches.

About All Here: Founded on the principles of science, technology, and evidence-based meditation practices, All Here is committed to pioneering the scientific exploration of the Silent Mind. Through collaborations with leading neuroscientists and institutions, the organization employs advanced brain imaging and brain-computer-interface technologies to uncover the potential of meditation in understanding and enhancing human cognition. For further information, visit allhere.org.