The Endlessness of Possibility

Volume 4 | Issue 11 | November 2024

Cosmology of Light Newsletter

Hello Friends,

The common narrative and investment focus in any realm will make it seem as though all possibility has been bound. But nothing could be farther from the truth. In the field of quantum technology and quantum computing we are just begin to scratch the surface of what is possible, and here I highlight some developments that suggest that:

Rethinking Quantum Models: Evidence suggests that the probabilistic models dominating quantum computation must give way to qualified deterministic frameworks to better capture underlying dynamics, and I share an initiative 'Pioneering New Advances in Quantum Technology' that will further explore this.
Genetics as Quantum Computation: Emerging insights reveal genetics as an output of quantum processes, underscoring the need to integrate emergent layers of reality into quantum computational models, rather than focusing solely on the quantum realm, and I share a relevant book that has been selected to the Forbes Councils Executive Library.
Quantum Supremacy through Systems Thinking: Incremental yet profound advances are achievable by merging quantum computation with complex systems theory, providing a more secure and scalable approach to realizing quantum supremacy, and I share a recent IEEE award that highlights this.

Through these themes, this newsletter points to untapped potential in quantum technologies and challenge the assumptions that limit innovation.

There is an endlessness to possibility.

Warmly,

Pravir

Pioneering New Avenues in Quantum Technology

Truly excited to embark on the next phase of my quantum journey with the signing of a book contract with Springer Nature for 'Pioneering New Avenues in Quantum Technology.' It has already been a decade since I embarked on this path, and in 2018, based on instinct, wrote the book 'The Emperor's Quantum Computer' challenging the conventional focus on probabilistic models of quantum computation. In the current book I will advocate for a paradigm shift towards function-based qualified determinism. The book will envision some of the gate structure, mathematics, and logic required to bring these groundbreaking technologies to life, suggesting that the true future of quantum computing isn’t just an advanced version of digital computation—but a gateway to unlocking entirely new possibilities

The Origins & Possibilities of Genetics

Glad to note that 'The Origins and Possibilities of Genetics Illustrated' - has been selected to be part of Forbes Councils Executive Library. Some interesting statistics - this is my 26th book, the 20th book in the 'Cosmology of Light' book series, the 10th book in the 'Artistic Interpretation of the Cosmology of Light' book series and the 4th to make it into this library.

My books stem from a unified systems framework I've developed over decades. This model has enabled me explore a diverse array of phenomena - from quantum dynamics, stock market behavior, leadership development, the oscillation of the universe, amongst others.

Here is what Forbes says - "In The Origins and Possibilities of Genetics Illustrated: A Mathematical Exploration in a Cosmology of Light, Forbes Technology Council member Pravir Malik, presents a profound exploration of genetics, proposing that the very foundation of genetic structure is intrinsically linked to the properties of light and quantum mechanics. By conceptualizing the dynamics of light, the author introduces a multi-layered, quaternary-based mathematical framework, suggesting that our material reality and the complex structures of DNA emerge from deeper, light-based mathematical spaces. The book delves into how this innovative perspective can explain the origins of genetic information, heredity, and the mechanisms behind significant genetic mutations, such as those that led to human evolution from earlier species. It posits that quantum computation is the bridge between these abstract mathematical constructs and tangible genetic expression, opening up new technological possibilities in fields like quantum computing, biotechnology, and information theory..."

To read more, click here: Forbes Writeup.

Grateful for this recognition and the opportunity to contribute to cutting-edge conversations across fields like quantum computing, biotechnology, and genetics. to demonstrate a more nuanced understanding and generation of text, at least paralleling and perhaps even moving beyond normal human-like comprehension and reasoning.

Complex Adaptive Systems & Quantum Computation

Glad to share that I received the Best Presenter award at the IEEE IEMCON conference held at U.C. Berkeley, Oct 24-26, for my paper, 'Integrating Complex Adaptive Systems Theory with Whole-Systems Quantum Computing Approaches.'

In this work, I explore how integrating principles from complex adaptive systems (CAS) into quantum computing can enhance quantum computational strategies—potentially moving us closer to a systematic approach to quantum supremacy. Likewise, the paper highlights the unique potential of whole-systems quantum computing in addressing the intricate and dynamic nature of CAS. This interdisciplinary approach could lead to advancements in both fields, offering new ways to understand and manipulate complex systems across various scientific and practical domains.

I also delve into Annealing Quantum Computing, proposing CAS-enabled enhancements to Hamiltonians as a way to address challenges in ecosystem services, economic models, and social systems.

Excited to see where these ideas will lead!

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