CHAPTER 1119: CHAPTER 440: DYNAMIC SPEED OF LIGHT MATHEMATICAL SYSTEM

Qiao Ze withdrew his gaze from the computer screen and looked at the mechanical body beside him.

I have to say, Dou Dou’s words were really thoughtful.

Although Qiao Ze’s view of the future had become somewhat pessimistic due to this unexpected discovery, Dou Dou’s words made him feel a renewed fighting spirit.

Human civilization has lasted for thousands of years, and even taking the establishment of the modern scientific system from the Renaissance period, it has been only a few hundred years. The true Enlightenment era can actually be traced back to the 18th century’s Age of Enlightenment.

In the 19th century, with the emergence of electromagnetism, thermodynamics, and the theory of biological evolution, the concept of science in its true sense was born.

From Faraday, Maxwell, Darwin, Mendeleev, to Einstein, Planck, Schrödinger, Watson, Crick, and now to Yang, Edward, Peter, and him, Qiao Ze, it fully proves that the development of science is somewhat akin to gaming, with each generation having its champions.

The tools created by humanity continue to advance step by step: from using an abacus for calculations, to calculators, computers, and now the large matrix-style supercomputing centers being built everywhere.

Currently foreseeable in the future, artificial intelligence will become the most attentive auxiliary tool.

If future biological science and technology advance further, and humanity uncovers the mysteries of the brain, with the real development of brain-computer interface technology, the learning tasks that currently require completion by university undergraduates might be accomplished in primary school.

The selection of researchers can be moved directly to middle school or even primary school; these are possibilities.

At that moment, perhaps human lifespan could also be significantly extended. Once the code of life is mastered, maybe it will be possible to extend the classification cycle of cells, or even increase the number of divisions. Immortality or defying natural laws might not be realistic, but reaching an average lifespan of 150 to 200 years is not entirely out of the question.

As for the involved technology and ethical issues, future generations will naturally have the wisdom to solve them.

Considering this direction, he indeed appeared overreactive. Thus, Qiao Ze nodded formally and replied, "Alright, once their application is submitted, if they seek my opinion, I will agree."

This part can basically be omitted.

Regarding such relatively significant matters concerning Dou Dou, Qiao Ze’s opinion will definitely be consulted in the end.

Group Wisdom could be considered a collective contribution, but from the very first line of code, Dou Dou was crafted entirely by Qiao Ze’s own hands, without borrowing anyone else’s help. The subsequent testing was all completed personally on a small server, so in a certain sense, Qiao Ze is truly Dou Dou’s father.

In a certain sense, seeking the guardian’s opinion on the career choice of a minor intelligent body is a legal procedure.

"Thanks, Dad! I knew Dad was the best!"

Yes, a very polite and good child.

"Alright, I need to work now. The slowing of the speed of light, symmetry breaking, the violation of conservation laws, the traditional mathematical system needs adjustment and expansion, so we need to construct a set of mathematical systems for researching dynamic light speed."

Qiao Ze diverted his gaze from Dou Dou, opened the software on the computer, and casually entered two formulas.

Indeed, the time variable t appeared again in the formula.

There’s no way around it, even for Qiao Ze, at this moment, he had to start from the simplest variable of light speed, as the spacetime coordinate system is the simplest mode of expression.

Otherwise, introducing multiple symmetry-breaking parameters would make the most basic formulas more cumbersome.

For example, when introducing a symmetry-breaking parameter ϵ, the simplest mathematical expression is: L = L(symmetry) + ϵL(breaking).

But do not think this is very simple; in fact, even such a simple form, when expanded into equations truly describing spacetime structures, the level of abstraction increases geometrically. For instance, allowing nonlinear partial differential equations of a general nature to describe the evolution of a field becomes like this when symmetry breaking is introduced:

An evolving dynamic Lagrangian physics system causes the mathematical part of a physical system’s computations to soar in difficulty.

Similarly, if modifications involve Einstein’s field equations, describing a dynamic spacetime geometric state, the equation becomes like this:

Besides the traditional terms in Einstein’s field equation, one must introduce terms for the metric tensor changing with spacetime ∂gμν/∂t and

Appearing naturally more complex, that’s still the simplest part. The next step is laboratory verification.

What Qiao Ze can foresee is an explosive trend in academia’s thirst for computational power, reaching an unbelievable level.

Yes, this bodes very well for computers, the chip industry, and Dou Dou.

In fact, it seems indeed so...

...

United States, Princeton.

Roth Dugan in the office was shouting loudly into the phone: "Why is our project’s computational power being cut? Don’t you know how important our project is?"

"Yes, Professor Dugan, of course, I know your project is very important, I am convinced of that. But the problem is that everyone who calls says the same thing. You know, I can’t discern whose project is more important. All I know is that the supercomputing center’s computational power is limited.

There are too many computational applications submitted per unit time, so we can only reduce the supercomputing usage time for all projects. Believe me, your project is not being treated differently. In fact, all projects are the same. Moreover, I’ve already made a significant effort to move your project group up the schedule."