How To Unite Quantum Theory and Relativity Theory?

[Guest]

Some Key Topics To Keep In Mind:

1. Energy without Mass...

2. Mass

3. Almost Empty Space...

4. Theory of Organization (Energy unites everything physical...)

5. Theory of Energy Evolution...

6. Highest Energy Level

7. Lowest Energy Level

9. Spacetime

...

[Guest]

Some Key Topics To Keep In Mind:

1. Energy without Mass...

2. Mass

3. Almost Empty Space...

4. Theory of Organization (Energy unites everything physical...)

5. Theory of Energy Evolution...

6. Highest Energy Level

7. Lowest Energy Level

9. Spacetime

...

8. Types of Energy Interactions (Forces,...)

[Guest]

FYI: Tweak to Schrödinger's cat equation could unite Einstein's relativity and quantum mechanics, study hints.

[Guest]

FYI: Tweak to Schrödinger's cat equation could unite Einstein's relativity and quantum mechanics, study hints.

"Physics is becoming too difficult for the physicists.".
-- David Hilbert.

[Guest]

FYI: Tweak to Schrödinger's cat equation could unite Einstein's relativity and quantum mechanics, study hints.

"Physics is becoming too difficult for the physicists.".
-- David Hilbert.

WHY? That's an important question!

Suggestions:

Why does Nature have a 'split personality' (Quantum Theory for the very small stuff and Relativity Theory for the big stuff (classical world))?

Does Nature have a grand goal in mind?

Are the physicists overlooking something subtle and profound, too?

The great Richard Feynman's approach could help.
...

Keep asking the right questions. Godspeed!

[Guest]

FYI: Tweak to Schrödinger's cat equation could unite Einstein's relativity and quantum mechanics, study hints.

"Physics is becoming too difficult for the physicists.".
-- David Hilbert.

FYI: Edward Witten on Mathematics and Physics

[Guest]

"The universe does speak in numbers..." For example, see the following link:

From Prime Numbers to Nuclear Physics and Beyond

[Guest]

Some Key Topics To Keep In Mind:

1. Energy without Mass...

2. Mass

3. Almost Empty Space...

4. Theory of Organization (Energy unites everything physical...)

5. Theory of Energy Evolution...

6. Highest Energy Level

7. Lowest Energy Level

8. Types of Energy Interactions (Forces,...)

9. Spacetime

...

"Hmm. All matter-energy interactions are Nature's attempts to create more (useful work) or less (entropy) robust structures over time and over space. Nature is building something perfectly wonderful! What is it? "

10. Useful Work

11. Entropy

[Guest]

Useful Keywords: Higher Order (Classical World) and Lower Order (Atomic or subatomic...)

[Guest]

Useful Keywords: Higher Order (Classical World) and Lower Order (Atomic or subatomic...)

1. How well does the current physical laws describe the transitions between higher order and lower order processes?

2. Why are those transitions important?

3. What are some good examples of processes with either higher order-lower order transitions or lower order-higher order transitions?

4. Why is entropy very important?

[Guest]

Useful Keywords: Higher Order (Classical World) and Lower Order (Atomic or subatomic...)

1. How well do the current physical laws describe the transitions between higher order and lower order processes?

2. Why are those transitions important?

3. What are some good examples of processes with either higher order-lower order transitions or lower order-higher order transitions?

4. Why is entropy very important?

Keep asking the right questions. Godspeed!

[Guest]

3. What are some good examples of processes with either higher order-lower order transitions or lower order-higher order transitions?

Yum. Yum.

Production of food stuff and the Consumption of food stuff...

Production of star dust and the Consumption of star dust...

Go figure!

[Guest]

Useful Keywords: Higher Order (Classical World) and Lower Order (Atomic or subatomic...)

1. How well do the current physical laws describe the transitions between higher order and lower order processes?

2. Why are those transitions important?

3. What are some good examples of processes with either higher order-lower order transitions or lower order-higher order transitions?

4. Why is entropy very important?

Keep asking the right questions. Godspeed!

Good Resource Link:

Physics News

[Guest]

4. Why is entropy very important?

A good link with a partial answer:

Why is entropy important?

[Guest]

4. Why is entropy very important?

A good link with a partial answer:

Why is entropy important?

Keywords or Key Ideas: Quantum Theory (QT) versus Relativity Theory (RT), Entropy, Useful Work, and why Nature utilizes both QT and RT, in practice.

[Guest]

Some Important Questions or Goals To Keep In Mind:

1. How does stuff (energy, universe, etc.) work?

2. Why?

3. Solve some important problems.

...

[Guest]

Remark: So far we have avoided the rich/deep field of mathematical physics and focused our attention on some topics, ideas, understanding, questions, goals, etc. But the deep ideas of physics requires math, and therefore, mathematical physics is unavoidable. We are also learning (physics, mathematical physics, etc.) and exploring. Hopefully, we'll do our best to make some good progress. Godspeed!

[Guest]

Remark: So far we have avoided the rich/deep field of mathematical physics and focused our attention on some topics, ideas, understanding, questions, goals, etc. But the deep ideas of physics requires math, and therefore, mathematical physics is unavoidable. We are also learning (physics, mathematical physics, etc.) and exploring. Hopefully, we'll do our best to make some good progress. Godspeed!

Recommended Reading:

1. Introduction to Energy Physics by Sacha Bassett

2. Thermodynamics and Thermochemistry

3. Modern Physics by R.A. Serway et al.

4. Foundations of Quantum Physics by C. E. Burkhardt et al.

5. Theoretical Atomic Physics by H. Friedrich

6. The Meaning of Relativity by A. Einstein

7. Introduction to Mathematical Physics by M. T. Vaughan

8. Topics in Random Matrix Theory by T. Tao

9. Introduction to Statistical Physics

...

[Guest]

Useful Keywords: Higher Order Processes (Classical World) and Lower Order Processes (Atomic or subatomic...), Types of Transitions in Processes, Fission and Fusion

[Guest]

Useful Keywords: Higher Order Processes (Classical World) and Lower Order Processes (Atomic or subatomic...), Types of Transitions in Processes, Fission and Fusion

Remark: Theoretically, we may discussed friendly or peaceful fission or fusion processes and related energy generation and energy storage methods.