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Pravir Malik
Pravir Malik

98 Followers

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Sep 15

From the Near to the Far: Ponderings from the Forbes Technology Council Quantum Computing Group & Others

Yesterday, I had the pleasure of hosting a Forbes Technology Council quantum computing event — Redefining Quantum Computing Boundaries. Panelists included distinguished leaders Alan Baratz, CEO at D-Wave, Paul Lipman, Chief Commercial Officer at Infleqtion, and Steve Flinter, SVP AI, ML & Emerging Tech at Mastercard. Executives from over 50…

Quantum Computing

3 min read

From the Near to the Far: Some Forbes Technology Council Quantum Computing Group Ponderings
From the Near to the Far: Some Forbes Technology Council Quantum Computing Group Ponderings
Quantum Computing

3 min read


Aug 20

Minimum Viable Quantum Computational Whole — IV (Conclusion)

The double-slit experiment has been instrumental in the birth and development of quantum mechanics. In this mini-series, I revisit it as a basis to review different quantum computational paradigms. This is possible because the dynamics of quantum objects participating in the experiment can be perceived as providing the backbone for…

Quantum Computing

6 min read

Minimum Viable Quantum Computational Whole — IV (Conclusion)
Minimum Viable Quantum Computational Whole — IV (Conclusion)
Quantum Computing

6 min read


Aug 18

Minimum Viable Quantum Computational Whole — III

Through constructing a world based on the double-slit experiment, Minimum Viable Quantum Computational Whole — II sought to elucidate what of the quantum computational whole has evaded us due to decomposing and recomposing F(X) with probability and statistics. There have been variations on the double-slit experiment, and this post will…

Quantum Computing

3 min read

Minimum Viable Quantum Computational Whole — III
Minimum Viable Quantum Computational Whole — III
Quantum Computing

3 min read


Aug 12

Minimum Viable Quantum Computational Whole — II

In Minimum Viable Quantum Computational Whole — 1, it was suggested that the double-slit experiment draws attention to a minimum viable quantum computational whole represented by F(X) that presides over its space-time embodiment manifest as interference patterns where each strand in the pattern gives insight into a sub-function, f(x), that…

Quantum Computing

3 min read

Minimum Viable Quantum Computational Whole — II
Minimum Viable Quantum Computational Whole — II
Quantum Computing

3 min read


Aug 11

Getting to Meaningful Causal-Type AI

It has been said that the future of Life is about Artificial Intelligence (AI) and that as AI advances a point will be reached, the Singularity, when humans will no longer have a clue as to what is going on nor why. …

AI

4 min read

Getting to Meaningful Causal-Type AI
Getting to Meaningful Causal-Type AI
AI

4 min read


Aug 6

Minimum Viable Quantum Computational Whole — I

In the double-slit experiment, we see how individual photons projected one at a time through two slits create wave-like interference patterns on a screen behind. It is assumed that as photons leave the source projector, they not only maintain their dual particle-wave nature — the latter being shared with past…

Quantum Computing

4 min read

Minimum Viable Quantum Computational Whole — I
Minimum Viable Quantum Computational Whole — I
Quantum Computing

4 min read


Jul 15

Understand Universe xAI: True Only If x ≥ y (y is the set that at least includes IQCI-enabled nano-cyborgs)

The goal of xAI is to understand the true nature of the universe. This can only be done if the source intelligence from which all intelligence emerges can be tapped into. But for that, any type of learning machine has to be enabled by a different architecture that allows tapping…

AI

4 min read

Understand Universe xAI: True Only If x ≥ y (y is the set that at least includes IQCI-enabled…
Understand Universe xAI: True Only If x ≥ y (y is the set that at least includes IQCI-enabled…
AI

4 min read


Jul 2

Super-Matter Illustrated: Functional Richness in an Expanding Universe Depicted with Drawings

The present time is extraordinary in that it offers a doorway into infinite possibility. Through a play of Light, its codified properties project out to create layer upon layer of fourfold complexity. Space, time, energy, and gravity are perhaps the first layer of Light’s codified properties and emerge as fundamental…

Cosmology

4 min read

Super-Matter Illustrated: Functional Richness in an Expanding Universe Depicted with Drawings
Super-Matter Illustrated: Functional Richness in an Expanding Universe Depicted with Drawings
Cosmology

4 min read


Jun 8

The Dawn of Flame-Beings Talks at Cultural Integration Fellowship

We just delivered the second Dawn of Flame-Beings talk at the Cultural Integration Fellowship in San Francisco. The talks are based on the book Dawn of Flame-Beings: Mythological Musings Based on a Cosmology of Light, published January 2023. …

Cosmology

3 min read

The Dawn of Flame-Beings Talks at Cultural Integration Fellowship
The Dawn of Flame-Beings Talks at Cultural Integration Fellowship
Cosmology

3 min read


May 25

Quantum Abundance: A Recap of the Forbes Technology Council Event

Earlier this week, I hosted a Forbes Technology Council event — Abundance Through Quantum Computation (the link will take you to a recording and brief summary of the event). Executives from about 60 companies registered for the event. The event highlighted the following: Why is quantum computation an ideal candidate…

Quantum Computing

2 min read

Quantum Abundance: A Recap of the Forbes Technology Council Event
Quantum Abundance: A Recap of the Forbes Technology Council Event
Quantum Computing

2 min read

Pravir Malik

Pravir Malik

98 Followers

A view of the world through light and fractals

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