PhysicsForFools

In celebration of X's loony fringe.

[PhysicsForFools @PhysicsForFools]

@robinmonotti A single weather event at altitude (where snow all year round isn't out of the ordinary) is sufficient to negate decades of climate monitoring and global temperature trends.

Have I got that right?

[PhysicsForFools @PhysicsForFools]

@CarolPiano44775 Somehow your bio reads exactly as I expected.

[PhysicsForFools @PhysicsForFools]

@Centerfield44 @Dr_Voll Sounds great. Get this brilliant insight of yours out there and the Nobel is yours.

[PhysicsForFools @PhysicsForFools]

@Centerfield44 @Dr_Voll Did you? It looks like you attached the wrong image.

[Massimo @Rainmaker1973]

What if consciousness is not generated by the brain, but instead exists as a fundamental force of the universe, similar to gravity or spacetime?

For decades, mainstream science has largely adhered to physicalism, conceptualizing the brain as a biological computer and consciousness as an emergent phenomenon arising from neuronal activity.

Leading neuroscientists such as Dr. Christof Koch of the Allen Institute and Dr. Nicco Reggente of the Institute for Advanced Consciousness Studies are now questioning this materialist perspective. They argue that consciousness is not merely a byproduct of biological processes, but a primary, irreducible feature of reality itself, on par with gravity, mass, or the fabric of spacetime.

Drawing on the analogy of a radio receiver that tunes into an external broadcast rather than producing the signal internally, these researchers propose that the brain interacts with a universal field of consciousness. In this view, our subjective experiences offer a direct window into a deeper, more fundamental layer of existence.

If this hypothesis is correct, it would dramatically reframe longstanding scientific mysteries. The notorious “hard problem” of consciousness, explaining how physical matter gives rise to subjective feelings, would effectively dissolve. Rather than asking how the brain produces the mind, scientists could instead investigate how consciousness gives rise to the appearance of matter.

This paradigm shift holds profound implications for cosmology, philosophy, and medicine. It could provide new frameworks for interpreting near-death experiences and other altered states of consciousness. If consciousness is independent of the physical body, death may represent not an end, but a return to the fundamental essence of the cosmos.

[Zickl, D. (2026). “Is Consciousness a Building Block of the Universe?” Popular Mechanics, May 23, 2026]

[PhysicsForFools @PhysicsForFools]

@Centerfield44 @BillyZigouras

[PhysicsForFools @PhysicsForFools]

@EliseHoffmann58 @robinmonotti Exactly so.

[PhysicsForFools @PhysicsForFools]

@Centerfield44 @BillyZigouras Wow, straight to "fucktard" without passing Go.

Why the anger? I guess it must be frustrating being you, so maybe it's understandable.

[PhysicsForFools @PhysicsForFools]

@Centerfield44 @BillyZigouras You expect us to be able to reproduce an orbit in a lab setting?

Haha, funny 👍

[PhysicsForFools @PhysicsForFools]

@Keetb999k Looks about right. Is the idea of a centrally acting force troubling you?

[Cosmos Archive @cosmosarcive]

Before we knew what light really was, the equations already had the answer.

c = 1/√(μ₀ε₀) ≈ 3 × 10⁸ m/s

By combining electricity and magnetism, Maxwell discovered that electromagnetic waves travel at exactly the speed of light, leading to a stunning conclusion:

Light is an electromagnetic wave.

[PhysicsForFools @PhysicsForFools]

@Jenniferarcuri We were told from the outset that it was contained and wouldn't be a widespread threat.

Lo and behold that's what subsequently happened.

[PhysicsForFools @PhysicsForFools]

@holisticnut33 A thought-provoking video which raises an interesting question ...

Why are stupid people so sure of themselves?

[Mathonymics @Mathonymics]

Einstein believed quantum mechanics was incomplete, as per him if two particles were entangled, they must carry a hidden variables which is pre-determined instruction sets that tell them how to behave when measured.

Coming to 1964, John Bell devised a mathematical way to test this. He showed that if Einstein were right (if local hidden variables existed), there would be a strict limit on how correlated the measurements of two distant particles could be. This limit is known as Bell’s inequality.

Quantum mechanics predicted that entangled particles would be more strongly correlated than any local theory could allow, thus violating Bell’s inequality.

Starting with John Clauser in 1972 and followed by Alain Aspect in 1982, experiments have consistently shown that nature violates Bell’s inequality.

This experimental confirmation led to the 2022 Nobel Prize in Physics for Alain Aspect, John Clauser, and Anton Zeilinger.

[Learn with Sam @Sam_Axiom]

Before scientists fully understood the true nature of light, the answer was already hidden within the laws of electricity and magnetism.

When brought together the theories of electricity and magnetism, he made a remarkable discovery. His equations predicted the existence of waves formed by changing electric and magnetic fields. These waves were calculated to travel at the same speed as light.

This unexpected result led Maxwell to a revolutionary conclusion: light is not something separate from electromagnetism.
it is an electromagnetic wave.

In an electromagnetic wave, electric and magnetic fields continuously create and sustain each other as they move through space. This simple yet profound idea explained the nature of light and revealed a deep connection between two major areas of physics.

Maxwell's discovery transformed our understanding of the universe. It showed that light, radio waves, microwaves, X-rays, and many other forms of radiation are all part of the same electromagnetic family.

One of the greatest moments in science came from a surprising realization: before we truly knew what light was, the mathematics had already uncovered its secret.

[Physics In History @PhysInHistory]

Maxwell's equations, formulated by James Clerk Maxwell in the 1860s, are four fundamental equations that describe how electric and magnetic fields interact and propagate. They unify previous discoveries in electromagnetism, including Coulomb's law, Ørsted's discovery of the magnetic field around a current, Ampère's law, and Faraday's law of induction. Maxwell's introduction of the displacement current completed the theoretical framework, predicting that electromagnetic waves travel at the speed of light and thus revealing the electromagnetic nature of light itself. Oliver Heaviside later simplified Maxwell's original 20 equations into the four vector equations used today, which underpin modern technologies such as radio, television, and telecommunications.

[PhysicsForFools @PhysicsForFools]

@Ericdun19416783 Air temperature is one thing and rainfall is something else.

[PhysicsForFools @PhysicsForFools]

@sea_bouy I don't think you asked AI the right question. The area covered is negligible.