From The Atom to The Black Hole
Below is a MRR and PLR article in category Reference Education -> subcategory Science.
From Atoms to Black Holes: Rethinking Gravity
Black holes are famously known as regions in space where gravity is so intense that nothing, not even light, can escape. However, if gravity itself remains a mysterious phenomenon, can we truly state this as fact? Such assumptions can mislead and hinder young scientists from exploring the true nature of gravity.
Many scientists rely on formulas and theories to define gravity, despite lacking definitive proof of its essence. This reliance on established teachings, passed down through generations of scientists, sometimes overlooks the fact that past beliefs have been overturned.
Scientific research can occasionally be influenced by external interests, affecting objectivity. Personally, I question the traditional depiction of black holes. Let's hypothetically accept their existence for discussion's sake.
I see myself as a modern-day Faraday. After years dedicated to understanding gravity, I feel ready to share an alternative theory about black holes.
Science tells us an atom contains more space than matter. From where, then, does it acquire the energy to remain intact and active?
Here's my take: Energy partially originates from the planet's own electric field, generated by its core's electromagnetism, which creates the north and south poles. Additionally, energy is supplied by the nearest star. This star emits electrified particles that energize atoms, keeping them alive and active.
The auroras at the poles visually demonstrate these electrified particles. Our solar system, and by extension, our galaxy, functions in a similar synchronized manner. Planets maintain their orbits due to these electric forces, which is fundamentally what gravity is about.
The same principles apply at a cosmic scale, binding galaxies and holding the universe together.
My theory posits that a black hole is simply a region where the electrified energy from nearby stars fails to reach, rendering atomic survival impossible.
You can find the original non-AI version of this article here: From The Atom to The Black Hole.
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