September 2022 Cosmology of Light Newsletter

Volume 2 | Issue 9 | September 2022

Cosmology of Light Newsletter

Hello Friends,

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 this newsletter hence, I want to draw attention to expanding our sight by moving beyond artificial partitions of Knowledge, which in its reality is One and unending. I share an interview focused on systems thinking - which is a powerful way to begin to integrate knowledge, a curious juxtaposition between two ways to perceive quantum reality in the body of a human resources focused article, and a talk on Cosmology of Light & Savitri - both to do with the vaster body of Light from which all materializations are sourced.

Best Wishes,

Pravir

The Power of Systems Thinking

A few weeks ago I was on vacation, and while on a walk in a park in Pondicherry was asked if I could be interviewed. The accompanying youtube video uses systems thinking to make sense of AI, human intelligence, and intelligence - all proximate but distinct ideas.

The "system" is viewed as ever-evolving, and 'intelligence' as that which can perceive and make sense of changes accurately. Human intelligence can be thought os as a subset of intelligence, and AI in its current form as a derivation of human intelligence.

Similarly, systems thinking may also be used to understand quanta and the possibilities of quantum computation if the bounds of quantum-related "knowledge" are allowed to expand. I have applied such an approach in the IEEE article 'The Role of a Light-Based Quantum Computational Model in the Creation of an Oscillating Universe', which essentially connects the micro-dynamics of quanta with the macro-dynamics of cosmic expansion and contraction.

Juxtaposition of Quantum Computing Views

Recently I delivered a keynote on my vision of quantum computing at Asia's largest HR and Work Tech conference.

A reporter wrote a piece about the talk, and if you read through it, you will notice the curious juxtaposition of mainstream quantum computing thinking with the vision that I am pushing forward. This vision is fundamentally different, and rather than being built on a statistical-probabilistic view of reality, is based on one of infinite variability built around a kernel of fourfold order.

It is curious though to see how the article integrates the mainstream view with the quaternary-interpretation (QIQuantum) view. As the proximity of seemingly different frameworks increases, surely such exercises will become more common.

Here is a link to the article.

Cosmology of Light & Savitri

Here I share another unplanned talk, also while I was on vacation in Pondicherry. When asked, I had wanted to speak about quantum computation, but settled on Cosmology of Light & Savitri. Note that Savitri is Sri Aurobindo's epic poem to do with Light.

The Cosmology of Light and Savitri are both cosmologies and for the attentive will provide insight into the field of quantum computation. All the IEEE papers I have written on quantum computation in fact are connected with these cosmologies in some way.

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