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The Institute of Applied Quantum Biology (IAQB) occupies a unique and necessary position within the rapidly evolving ecosystem of quantum biology. While research groups worldwide are decoding how quantum processes underpin life through processes like electron tunneling, biophoton signaling and coherence in photosynthesis and mitochondria, IAQB serves as the bridge between that academic discovery and practical human application.

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Our defining role:
We exist to translate cutting-edge quantum biology research into immediate, real-world clinical applications.

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In other words, IAQB is the translational hub of the field of quantum biology.

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Quantum Biology is the study of how quantum phenomena operate within living systems to influence biological processes. This is a very new field of science. 

 

The incredible potential to open up new vistas has caused this niche field to explode in growth with small, independent labs and select graduate programs creating a decentralized resource of paradigm shifting research. 

 

These are the most exciting discoveries happening in biology today. 


Yet most findings remain locked in labs and academic papers, with a 10 to 20 year lag before the research is put into practice. IAQB shrinks that gap, translating the science into principles and practices that transform human health now.

Applied Quantum Biology Venn Diagram

Evolving Landscape: Decentralized Quantum Biology Networks

Across the globe, an expanding network of pioneering institutions and decentralized research efforts is shaping the future of quantum life sciences, some examples include:

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  • The Guy Foundation (UK) – advancing research into quantum mechanisms of consciousness, energy transfer, and human physiology, funding major studies on mitochondria and bioenergetics.
     

  • Quantum Biology DAO – a decentralized funding and research collaboration platform accelerating open science in quantum life research.
     

  • Paradox Science Institute (US) – exploring the interface of biophysics, consciousness, and healing through privately funded research initiatives.
     

  • The Murugan Lab, Wilfrid Laurier University (Canada) – this academic laboratory investigates quantum coherence and light–matter interactions in living systems, including the biophysics of circadian rhythms, photobiomodulation, and coherence across biological scales.

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These institutions (and others) are doing deep and rigorous scientific investigation into the mechanisms that drive quantum biology. 

The IAQB has a separate mission, to unite the research with practice, and to study the outcomes to build further evidence. To achieve this goal, we focus on 3 key areas: 

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1.Translational Education: converting these theoretical and experimental insights into frameworks that practitioners (physicians, therapists, coaches, and other health innovators) can use to improve outcomes today.

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2. Practice Based Research: research that originates directly from real-world clinical or professional practice rather than from a laboratory or academic theory. PBR makes the field itself a living laboratory, turning everyday professional experience into a source of credible, applicable insight.

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3. Applied Quantum Biology Dissemination: an industry quarterly review publication launching in Spring 2026.

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IAQB’s translational model connects:

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  • The Research → The Clinician → The Client
     

IAQB’s research model connects:

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  • Client Outcomes  → Research Program  → Professional Publication 

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In this sense, IAQB doesn’t compete with the Guy Foundation, the Murugan Lab, or the DAO networks. Instead, our work completes them and ensures that what’s discovered in quantum biology doesn’t stay in the lab, but reaches the people it can help.

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