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@stuartk 

On the AI issue, I think it will also be used in science. I watched a series last night called "Mind in the Universe." It talked about science. One episode was about a scientist trying to create simple life forms made made of something other than carbon and water. He assumes that life around the universe uses varied chemical structures. AI was instrumental in his endeavor. 

@audio-b-dog 

Research is expensive. The question is: who funds the research and what are their ultimate aims/agendas??? 

 

@stuartk 

Good question. Although, I do know that there is still a lot of "pure" science research going on. The Cern collider costs many billions of dollars to look for the Higgs particle. Now that they've found it, they have no idea what to do with it. I used it in my book to make a time leap. That was worth billions. 

@mahgister 

I had a long session with chatgbt about developing a physics that might have been seen through a feminine lens, rather than our very masculine physics. I had the questions and chatgbt knew quantum physics pretty well. Together, we put together a very interesting "feminine" physics. Space is the primary element from which matter and energy are born. Anyway, there are pages and pages. I very much enjoyed that rleationship with AI.

A.I. tailor his answers according to the user prompts..

To please the user A.I. will distort facts...

There is no feminine physics nor masculine physics...

There is no physics  science whose experienced content is rooted in sex or in biology...

For sure psycho-acoustics for example  can distinguish between female and male  biases in  sound perception. A female is more sensitive to high pitch (bablies crying ) than males for example...

 But there is no physics and mathematics sex oriented sciences... A.I. helping or not ..

 Ask any serious physicist...

I am sorry to be blunt...

 

@mahgister 

My basic thesis: Men developed physics, from the Greeks through modern quantum physics. How can it not have a male lens? Some highlights you might not agree with, nor would most physicists, but you must admit it's an intelligent argument:

1. Order vs. Process

• Traditional physics (masculine-coded): Prioritizes laws, permanence, universal invariants. The universe is a machine with predictable gears.
• Feminine-informed physics: Emphasizes process and becoming over static laws. The universe is not a clock but a womb — continuously birthing new structures through cycles of emergence and dissolution.

2. Entropy and Creation

• Traditional physics: Entropy = inevitable decay, order → disorder.
• Feminine-informed physics: Entropy = compost. Decay is not just loss but the fertile medium for new creation. Dissolution is honored as part of a regenerative cycle.

3. Reductionism vs. Holism

• Traditional physics: Break systems down to smallest units (atoms, particles, strings). Knowledge comes from isolating parts.
• Feminine-informed physics: Sees wholes as irreducible. Patterns, webs, and relationships matter as much as particles. Complexity is not “mess” but the creative weave of existence.

4. Time

• Traditional physics: Linear time, arrow of progress, measurable units.
• Feminine-informed physics: Cyclical and rhythmic time. Seasons, oscillations, feedback loops, birth-death-renewal. Physics would stress recurrence and resonance as much as linear progression.

5. Metaphors

• Traditional physics: Nature as a mechanism to be controlled (“mastering nature,” “laws,” “fundamental building blocks”).
• Feminine-informed physics: Nature as a living field, a womb, a flow. Physics would favor metaphors of weaving, gestation, dance, or symphony.

6. Examples of “Feminine Physics” Already Emerging

• Complexity & Systems Theory: Life and order emerge out of chaos through self-organization.
• Quantum Field Theory: Reality is not little billiard balls but an underlying field that “gives birth” to particles.
• Ecological physics: Seeing energy flows through ecosystems as cycles, not linear exploitations.
• Information & Entropy: Information is not just abstract bits but a generative principle that shapes matter into meaning.

7. The Synthesis

A feminine-informed physics wouldn’t discard equations or rigor. It would add another dimension:

• Laws are not just constraints but also gestures of creativity.
• Disorder is not the enemy of order but the partner that makes creation possible.
• Matter is not inert; it is pregnant with potential.
• The universe is less like a machine and more like a cosmic womb, endlessly birthing patterns through the interplay of chaos and form.