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GENEVA, Jan. 8, 2026 /PRNewswire/ -- All Here announces the launch of the Bio-Intelligence Initiative, the world's first research program exploring how deep meditative states of stability and silence of Mind give rise to measurable neural patterns, and how these complex neural signatures may inspire the development of biologically linked, energy-efficient, and adaptive AI systems.
As artificial intelligence systems continue to scale through increased computing power and energy consumption, All Here is advancing an alternative research pathway grounded in the principles of complex decision making enabled by biological intelligence.
The Bio-Intelligence Initiative investigates how coherent and low-noise neural states observed in the human brain can serve as reference models for training emerging biocomputing and bio-artificial intelligence systems, drawing in particular on the complex neural signatures observed in deep meditative states.
"Biological intelligence operates with extraordinary efficiency, coherence, and adaptability," said Erkin Bek, Founder of All Here and the World Meditation League. "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. Our initiative explores how these states may help create training models and guide the development of future intelligence systems that are not only more efficient, but also more adaptive."
Attention and Self-Regulation as a Training Model for Organoids
The All Here Bio-Intelligence Initiative approaches meditation not as a philosophical practice, but as a scientifically supported and repeatable method for inducing identifiable neural signatures. These signatures—associated with sustained attention, self-regulation, neural coherence, and low-noise dynamics—are studied as potential blueprints for training models in biological computing systems composed of living human neurons and stem-cell-derived organoids.
Rather than relying on traditional brute-force computation, the initiative explores training frameworks inspired by how the human brain naturally self-organizes under conditions of disciplined attention.
Collaboration and Interdisciplinary Research
The initiative is conducted in collaboration with leading neurobiologists, neuroscientists, and artificial intelligence experts in Switzerland and internationally. By bridging neuroscience, meditation research, and emerging biocomputing technologies, All Here aims to contribute foundational knowledge to the development of next-generation BioAI (Bio Artificial Intelligence).
Addressing the Limits of Silicon-Based AI
Despite rapid progress, silicon-based AI systems increasingly depend on large-scale data centers and escalating energy demands. These approaches lack the adaptive efficiency and self-organizing dynamics inherent to biological intelligence and computation.
The Bio-Intelligence Initiative responds to this challenge by advancing biologically inspired models that emphasize coherence, adaptability, and energy efficiency, offering a research pathway toward more sustainable and adaptive computing systems.
About All Here
All Here is a Geneva-based research and development organization built on three core pillars: Science, Technology and evidence-based Meditation Practice. Through collaboration with leading neuroscientists, high-level practitioners, and world-class institutions, All Here is pioneering the scientific research of the Silent Mind using Quantified Meditation and advanced brain imaging and brain-computer-interface technologies.
For more information, visit allhere.org.
GENEVA, Jan. 8, 2026 /PRNewswire/ -- All Here announces the launch of the Bio-Intelligence Initiative, the world's first research program exploring how deep meditative states of stability and silence of Mind give rise to measurable neural patterns, and how these complex neural signatures may inspire the development of biologically linked, energy-efficient, and adaptive AI systems.
As artificial intelligence systems continue to scale through increased computing power and energy consumption, All Here is advancing an alternative research pathway grounded in the principles of complex decision making enabled by biological intelligence.
The Bio-Intelligence Initiative investigates how coherent and low-noise neural states observed in the human brain can serve as reference models for training emerging biocomputing and bio-artificial intelligence systems, drawing in particular on the complex neural signatures observed in deep meditative states.
"Biological intelligence operates with extraordinary efficiency, coherence, and adaptability," said Erkin Bek, Founder of All Here and the World Meditation League. "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. Our initiative explores how these states may help create training models and guide the development of future intelligence systems that are not only more efficient, but also more adaptive."
Attention and Self-Regulation as a Training Model for Organoids
The All Here Bio-Intelligence Initiative approaches meditation not as a philosophical practice, but as a scientifically supported and repeatable method for inducing identifiable neural signatures. These signatures—associated with sustained attention, self-regulation, neural coherence, and low-noise dynamics—are studied as potential blueprints for training models in biological computing systems composed of living human neurons and stem-cell-derived organoids.
Rather than relying on traditional brute-force computation, the initiative explores training frameworks inspired by how the human brain naturally self-organizes under conditions of disciplined attention.
Collaboration and Interdisciplinary Research
The initiative is conducted in collaboration with leading neurobiologists, neuroscientists, and artificial intelligence experts in Switzerland and internationally. By bridging neuroscience, meditation research, and emerging biocomputing technologies, All Here aims to contribute foundational knowledge to the development of next-generation BioAI (Bio Artificial Intelligence).
Addressing the Limits of Silicon-Based AI
Despite rapid progress, silicon-based AI systems increasingly depend on large-scale data centers and escalating energy demands. These approaches lack the adaptive efficiency and self-organizing dynamics inherent to biological intelligence and computation.
The Bio-Intelligence Initiative responds to this challenge by advancing biologically inspired models that emphasize coherence, adaptability, and energy efficiency, offering a research pathway toward more sustainable and adaptive computing systems.
About All Here
All Here is a Geneva-based research and development organization built on three core pillars: Science, Technology and evidence-based Meditation Practice. Through collaboration with leading neuroscientists, high-level practitioners, and world-class institutions, All Here is pioneering the scientific research of the Silent Mind using Quantified Meditation and advanced brain imaging and brain-computer-interface technologies.
For more information, visit allhere.org.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
From Quantified Meditation to Bio-Computing, All Here Launches the Bio-Intelligence Initiative
TAIPEI, Jan. 9, 2026 /PRNewswire/ -- GIGABYTE, the world's leading computer brand, showcases its AI TOP product line at CES 2026, highlighting that the rapid adoption of AI inferencing is accelerating the shift of AI from cloud to local. AI has become more accessible, responsive, and adaptable for everyday use, accomplishing the concept of "AI for everyone" in the AI era. Recognizing this transition, GIGABYTE introduced the AI TOP system in 2024 to enable local AI development with household-standard power, and has since expanded the lineup to support diverse usage scenarios ranging from personal projects to business deployments.
At the top of the product lineup is the AI TOP system, a fully customizable AI computing solution built with GIGABYTE AI TOP series hardware to match specific AI workload requirements. Designed to empower desktop users for local AI development, the AI TOP 500 system supports AI models up to 405B parameters and is tailored for medium-sized businesses seeking scalable AI computing power locally. For smaller businesses, startups, and individuals, the AI TOP 100 system supports LLM fine-tuning up to 110B+ parameters. To expand performance and accelerate the computing process, multiple AI TOP systems can be clustered through Ethernet and Thunderbolt ports, increasing training speeds and providing scalable power for more workloads.
GIGABYTE also spotlights the personal AI supercomputer, AI TOP ATOM, built for AI prototyping, fine-tuning, and inference locally while delivering data center-class AI performance to the desktop in a compact dimension. Powered by the NVIDIA GB10 Grace Blackwell Superchip, AI TOP ATOM delivers 1 petaFLOP of FP4 AI performance, supports AI models up to 200B parameters, and can scale to 405B parameters by clustering two AI TOP ATOM systems. Paired with the NVIDIA AI software stack, making high-performance local AI more flexible and adaptable for creators, researchers, and developers who need computing power with portability.
To further strengthen the local AI ecosystem, GIGABYTE offers a flexible, upgradable, and data-secured AI portfolio, ranging from human-centered AI gaming laptops with a built-in AI agent, GiMATE, to AI-enhanced components and scalable local AI solutions for high-performance workloads. To experience the innovative AI product lines in person, please visit the GIGABYTE Booth #8519 at LVCC North Hall during CES 2026 or join media and VIP sessions at Venetian Ballroom Level 3 Lido 3004, 3005, and 3104.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
GIGABYTE Showcases AI TOP Series to Redefine the Human-Centered Edge AI Ecosystem at CES 2026
