February 2024 Cosmology of Light Newsletter

Volume 4 | Issue 2 | February 2024

Cosmology of Light Newsletter

Hello Friends,

In this newsletter I highlight a couple of recent talks held at the Indian Institute of Management (IIM) - Mumbai, and at the Ninth International Congress on Information and Communication Technology (ICICT) in London. The topics were "Genetics & A New Genre of Intent-Based Quantum Computers," and "Sensing the Emergence of New Structure in Matter and Life and its Impact of Physics, Chemistry, and Biology, in a Light-Based Quantum Computational Model," respectively.

These talks are multi-disciplinary melding traditionally distinct areas into new wholes. The foundation for such synthesis is based on the perception - central to the Cosmology of Light - that light has implicit functional properties that manifest as symmetrical faces in apparently distinct areas. Many revolutionary technologies can be birthed from seeing such wholes.

What is suggested in these talks is only a starting point and hopefully serves as a launching pad for many fruitful explorations and developments!

Warmly,

Pravir

Genetics & A New-Genre of Intent-Based Quantum Computers

The IIM talk, attended by about 150 people, was based on a futuristic view of what is possible with quantum computation as per an alternative trajectory of quantum computational development. This trajectory is based on a Quaternary Interpretation of Quantum Dynamics (QIQD) that ties genetic-type output to persistent quantum computation already being conducted by natural quantum computers, such as atoms, molecular plans, and cells. The alternative trajectory suggests that modern quantum computers need to integrate aspects of naturally occurring computers, as made visible by QIQD. Revolutionary applications in the areas of material sciences, maintenance of life, renewable energy, space travel, amongst others, then becomes possible.

A mirror-version of the talk can be accessed below:

Sensing the Emergence of New Structure of in Matter and Life

The ICICT talk held in London this week was based on a paper titled "Sensing the Emergence of New Structure in Matter and Life and its Impact of Physics, Chemistry, and Biology, in a Light-Based Quantum Computational Model." This paper, to be published open-access by SpringerNature, explores the cosmos as a complex adaptive system (CAS) modeled as a fourfold, symmetrical, light-based, and multi-layered structure in a state of persistent quantum computation. As conditions in the CAS change this precipitates a change in the underlying mathematical model. The hypothesis is that sensing devices based on this model would naturally be more sensitive to the changing physics, chemistry, and biology of target systems.

A mirror-version of the talk can be accessed here:

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