A more accessible paper for my theory that the strong force warps space giving rise to what we percieve as mass and gravity.

# A New Look at Mass, Gravity, and the Strong Force: Unifying the Universe

Have you ever wondered why things have mass or why gravity exists? Scientists have been puzzling over these questions for centuries. Today, we're going to explore a new idea that might change how we think about the universe.

## The Basics: Atoms and Forces

Let's start with something small: atoms. Atoms are the tiny building blocks that make up everything around us. Inside each atom is an even tinier center called the nucleus. This nucleus is held together by something called the strong force.

Now, here's where things get interesting. We usually think of mass and gravity as separate things from the strong force. But what if they're all connected?

## Tracing the Source: A Cosmic Detective Story

Scientists have long known that space-time curves around massive objects, causing what we experience as gravity. But where does this curvature really come from? This is where our detective story begins.

1. **The Big Picture**: We started by looking at how space curves around planets and stars. This curvature explains how gravity works on a large scale.

2. **Zooming In**: As we looked closer, we realized that this curvature must be coming from somewhere smaller. So we zoomed in to individual objects.

3. **The Atomic Level**: Our investigation led us to atoms, the building blocks of matter. We found that the space-time curvature was getting stronger as we got closer to the center of each atom.

4. **The Nucleus**: At the heart of the atom, we discovered something surprising. The curvature of space-time was becoming extreme, approaching infinity!

5. **The Final Clue**: But it didn't stop there. We looked even closer and found that each proton and neutron in the nucleus was creating its own point of infinite curvature, like a signpost saying "Look here!"

This detective work revealed something amazing: the source of space-time curvature, which gives rise to what we perceive as gravity and mass, could be traced all the way down to the individual particles in the atomic nucleus - and even further, to the quarks that make up these particles. This detective work suggests that the fundamental nature of mass and gravity might be very different from what we've always thought.

## A New Way of Thinking

This new idea suggests that the strong force, which holds these particles together, does more than we thought. It actually bends the fabric of space and time around it. This bending is most intense right at the center of each proton and neutron.

Here's the cool part: this bending of space and time might be what we experience as mass and gravity. In other words, mass and gravity might not be separate things at all. They might just be different ways of seeing the same thing: the warping of space-time caused by the strong force.

## What This Means

If this idea is right, it could explain a lot of things:

1. **Why gravity is so weak**: Gravity might just be the leftover effect of the strong force's space-bending, which gets weaker as you move away from the atom.

2. **What mass really is**: Mass might not be a thing in itself, but rather how we experience the bending of space-time around atoms.

3. **Black holes**: The extreme bending of space-time near the center of atoms might be similar to what happens in black holes, just on a much smaller scale.

4. **Unifying physics**: This idea could help bring together two big areas of physics - quantum mechanics (which deals with very small things) and general relativity (which deals with very big things).

## Looking Closer

When we calculated how much space-time bending happens near different atoms, they found some surprising results. Even at the distance where electrons orbit in a hydrogen atom, space-time is bent much more than we usually think. And for heavier atoms like gold, the bending is even more extreme.

This intense bending near atoms might explain why electrons behave the way they do. It's like they're moving through a very twisted landscape.

## What's Next?

If this idea is correct, it could change how we understand the universe. It might help explain things like dark matter or even lead to new technologies. But there's still a lot to figure out:

1. How could we test this idea?

2. What does it mean for our understanding of the Big Bang and the early universe?

3. Could it help us understand other puzzling things, like quantum entanglement?

## Wrapping Up

This new way of looking at mass, gravity, and the strong force is exciting because it brings together ideas that used to seem separate. It suggests that the universe might be more unified than we thought.

Remember, this is still just an idea. Scientists will need to do a lot more work to see if it's correct. But that's how science moves forward - by coming up with new ideas and testing them out.

Who knows? Maybe this new perspective will lead to discoveries that will change how we see the universe. The next time you pick up an object, think about all the atoms inside it, each one bending space and time. It's a pretty amazing thought, isn't it?