Quaternary Interpretation Quantum
QIQuantum is spearheading the development of an Integrated Quantum Computational Intelligence (IQCI) Nano-Cyborg built on quaternary principles of organization true of light, matter, and life.
The IQCI Nano-Cyborg will give rise to a vast array of unforeseen technologies, processes, and devices in the areas of computation, genetics, artificial intelligence, and transhumanism.
Revolutionary Approach
This computer embodies a revolutionary approach to quantum computing based on a different “sight” of the dynamics true at the quantum-level, side-stepping the inevitable dead-end assured by following the Copenhagen Interpretation of Quantum Mechanics.
Patent-Pending
Following on the heels of the filing of a provisional patent for the IQCI Nano-Cyborg in March 2021, the non-provisional patent has been filed in February of 2022. This is intended to be a genesis patent that will expand into a number of related patents cornering a unique area of possibility within the fledgling Quantum Computer industry.
IQCI Nano-Cyborg
The IQCI Nano-Cyborg is uniquely qualified to generate, interpret, and test quantum-level phenomena based on implicit fourfoldness of matter and life, and will involve sophisticated configurations leveraging uniquely designed arrays of fourfold-based gates.
Cosmology of Light
Based on an alternative Quaternary Interpretation of Quantum Dynamics (QIQuantum) developed over the course of a decade and enumerated in a set of ten Cosmology of Light books and related peer-reviewed IEEE technical publications.
Fourfold Logic
This computer will neither follow conventional binary-based, nor qubit-based logic, but will be based on fourfold logic exercised by unique fourfold-type gates encapsulated in a function-based mathematics (Fourfold Function-based Mathematics of Light or FFFMOL).
Wide Impact
It is envisioned that IQCI Nano-Cyborgs will be used in applications ranging from the design of drugs to the design of new and different kinds of materials with more differentiated/nuanced properties. Such new materials will in turn impact a wide range of other industries, including automotive aerospace, telecom, and construction.
Revolutionary Approach
This computer embodies a revolutionary approach to quantum computing based on a different “sight” of the dynamics true at the quantum-level, side-stepping the inevitable dead-end assured by following the Copenhagen Interpretation of Quantum Mechanics.
Patent-Pending
Following on the heels of the filing of a provisional patent for the RADQC in March 2021, the non-provisional patent has been filed in February of 2022. This is intended to be a genesis patent that will expand into a number of related patents cornering a unique area of possibility within the fledgling Quantum Computer industry.
RADQC
The reconfigurable atom-denominated quantum-computer (RADQC) is uniquely qualified to generate, interpret, and test quantum-level phenomena based on implicit fourfoldness of matter and life, and will involve sophisticated configurations leveraging uniquely designed arrays of fourfold-based gates.
Cosmology of Light
Based on an alternative Quaternary Interpretation of Quantum Mechanics (QIQM) developed over the course of a decade and enumerated in a set of ten Cosmology of Light books and related peer-reviewed IEEE technical publications.
Fourfold Logic
This computer will neither follow conventional binary-based, nor qubit-based logic, but will be based on fourfold logic exercised by unique fourfold-type gates encapsulated in a function-based mathematics (Fourfold Function-based Mathematics of Light or FFFMOL).
Wide Impact
It is envisioned that RADQC will be used in applications ranging from the design of drugs to the design of new and different kinds of materials with more differentiated/nuanced properties. Such new materials will in turn impact a wide range of other industries, including automotive aerospace, telecom, and construction.
Explore IQCI Nano-Cyborg Technical Publications to Learn More
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2022
2021
2020
2019
Explore RADQC Technical Publications to Learn More
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2022
2021
2020
2019
Institute of Electrical and Electronic Engineers Awards
IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.
Earlier this year I completed the tenth book in my articulation of the mathematics of a Cosmology of Light...
The jury is still out on the dynamics that animate the quantum level. It is assumed, based on...
What happens at the quantum level is fundamentally important in envisioning possibilities for the future development of...
Contextual Cosmology of Light, Practical Implications, Musings from a Cosmology of Light, Complete Book Series...
Institute of Electrical and Electronic Engineers Awards
IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.
Earlier this year I completed the tenth book in my articulation of the mathematics of a Cosmology of Light...
The jury is still out on the dynamics that animate the quantum level. It is assumed, based on...
What happens at the quantum level is fundamentally important in envisioning possibilities for the future development of...
Contextual Cosmology of Light, Practical Implications, Musings from a Cosmology of Light, Complete Book Series...
Watch the Award Winning Presentations
IEEE Presentations on Quaternary Interpretation Quantum Computing (QIQC)
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Harnessing Emerging Technologies for the New Possible
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Limits of AI From a Cosmology of Light Point of View
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A Light-Based Quantum-Computational Model of Genetics
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A Light-Based Interpretation of Schrodinger's Wave Equation
Light-Based Interpretation of Euler's Identity
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Quantum-Computational Model in Creation of an Oscillating Universe
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Envisioning a Light-Based Quantum-Computational Nano-Cyborg
Emergence of Quatenary-Based Computational Strata
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The Power of Light to Make Change Happen (TEDx)
Forbes Quantum Series
Focus on the quantum-level has to be one of the most exciting endeavors we can possibly be engaged in. After all, the quantum-level is where the invisible meets the visible, and where the mysterious begins to manifest as form. Without doubt breakthroughs in understanding the dynamics and mechanics of quanta will result in unforeseen advances in science and technology.
Yet today, our direction and efforts at quantum computation are heavily bound by our success with digital computation. We are seeking the advent of quantum computers to process more information faster, and spurred by the plethora of successful applications founded on digital computation, have not been able to see beyond this conditioning.
Paradoxically...
Rather than embrace the new and mysterious, we seem to have swept such possibility under the rug of statistical-probabilistic assurity, and our current efforts at building quantum-driven breakthrough possibilities - that perhaps even can facilitate the formation of new materials, massively advance health technologies, and open new sources of unending energy - have instead been relegated to the building of questionable probabilistic-quantum computers that gives us no new insight into mystery at the end of the day.
In the planned Forbes series some deeper insight and fundamental guidance will be offered to business leaders as they gear up for the expected growth of the fledgling Quantum Computing industry.
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