It rained for several days in the capital, and humid air poured into Shen Qi's office from the window.

At the graduation season, undergraduates are busy with graduation thesis.

Shen Qi's work seems to be no different from ordinary science and engineering students. He builds coordinates, smooths the curve, extracts nodes, does various averages, comparisons, plots, inputs, calculates, inputs, and then calculates, continues to input, and generates a model.

Thousands of differential equations and partial differential equations are input, and tens of thousands of matrices derived from them build a new Great Wall. The prototype of the law of causality is about to emerge. It is like a giant city, with coordinates flashing with blue light that divide many "blocks". The curves in the sky are intertwined like colorful auspicious clouds.

The tiny arrows of various colors keep moving according to some law, entropy, boundaries, chaos, divergence and vorticity, reconstruction and collapse, scale and universality, speciality and probability. The turbulent solitons that are no longer trekking, and the huge and complex elements are merged together, and the intricate connections follow the most rigorous formulas and equations.

What Shen Qi is doing has almost reached the peak of human mathematics and physics knowledge.

There are a few people, and Shen Qi must pay tribute to them.

One is Leibniz, the second is Heisenberg, the third is Poincaré, and the fourth is Shen Qi.

In the operational causal law model generation, 1%...2%...3%...7%, on the whole day of May 12, the progress bar is only read to 7%.

"It seems I need to apply for a bio computer."

Shen Qi kept the computer on, left the office, and locked the door.

What if such an important research result is stolen by someone else?

It doesn't matter, Shen Qi believes that no one except him can understand and learn to use his ultimate model.

The next day, Shen Qi actually wrote a report and submitted it to the Computer Center of the Academy of Sciences.

With the help of biological experts, the Computer Center of the Academy of Sciences applied the cloned monkey brain tissue to the research and development of biological computers and made a prototype.

Shen Qi applied for a monkey brain biocomputer prototype. He needed this thing, which was faster than supercomputer.

At the end of May, Shen Qi's regular computer finally finished reading the 100% progress bar of the actionable causal law model.

There is an icon on the computer desktop, and Shen Qi named it "one, two, three" version 1.0.

One gives birth to two, two gives birth to three, and three gives birth to all things. The 1.0 version of "one, two, three" is a program, based on the deduction terminal program generated by the law of cause and effect.

To start "one, two, three", you need to answer a piece of instruction, and the instructions are generated randomly. The generation principle was created by Shen Qi himself, and no one can operate "one, two, three" except him.

Imagination cannot be produced out of thin air, and imagination must have a down-to-earth realistic prototype.

Cause-deduction-result, this is the core design idea given to "one, two, and three" by Shen Qi.

Explanation in scientific language is the cause of the original data. The more data samples, the more accurate it is, and the more accurate the results of the deduction are.

Shen Qi locked himself in the office, rubbed his hands excitedly, and an exciting moment was coming.

Click "one, two, three", Shen Qi inputs all the original data copied from fast, radio power image, spectrum of h2co maize and h2co absorption lines, radio nucleus and high-intensity radio lobe edges of the butterfly nebula, and the butterfly nebula contour lines automatically generated by various algorithms... These data from fast are more than 2t.

Then, Shen Qi inputs the data he collected himself, which comes from the neutron stars and black holes that people have detected, as well as the definition of dark matter.

Dong!

Shen Qi made a historic blow, and the first deduction of "one, two, three" was activated.

The deduction target was set by Shen Qi as: Is there dark matter in the butterfly nebula?

Some people say this is not appropriate. Shen Qi wrote a program himself, and he used this program to deduce whether there is dark matter in the place more than 6,000 light years away.

Isn’t this just a matter of paper? Will pragmatic experimental physicists accept this self-written, directed and acted plot?

It doesn't matter. If they don't accept it, then we can discuss it and tell each other their own reasons... Based on the above principles, Shen Qi stared at the computer screen in a flash, and "One, Two, Three" was computing the command "Is there dark matter in the butterfly nebula?"

The massive torrent of data constantly impacts the limit of "one, two, three", and nonlinear equations cause huge waves. Countless functions are automatically generated and evolve into new functions. Their low roars are like terrifying huge vortexes.

"One, Two, Three" The boat is jogging in the stormy ocean of data. Its captain Shen Qi firmly believes that the sun always follows the wind and rain.

A piece of information is flashed on the screen, and the deduction progress estimate comes from "one, two, three": "This deduction operation is expected to last for seventeen years...1%...1% in the deduction...1%..."

"Damn..."

Shen Qi was stunned. Seventeen years later, his daughters were all the same as when they were about to talk about boyfriends. Mr. Shen was almost 50 years old at that time, so we couldn't wait for that long.

After all, the 1.0 version of "One, Two, Three" is a trial version, and the technical improvements in the software may require Shen Qi to continue to work hard.

Another condition that restricts the computing speed is hardware. It has been half a month since Shen Qi's biological computer application report was sent to the Academy of Sciences and has not arrived yet.

The Academy of Sciences attaches great importance to Shen Qi's application. The leaders of the Academy solemnly replied that they would definitely provide Academician Shen with the best performance and the most stable computing prototype. Academician Shen is asked to wait patiently.

Shen Qi terminated the deduction operation command of "Is there dark matter in the butterfly nebula?", and the deduction work related to the starry sea is extremely huge. It takes a long time for a tiny human to peek into the mysteries of the universe.

"Let's change the approachable deduction plan."

Returning to Earth from the universe, Shen Qi inputs the original data of earthquake predictions he made ten years ago and ordered "one, two, three" to deduce the probability of earthquakes in the two coordinate points in the northern hemisphere.

"One, two, three" gives an estimate of the deduction progress: "This deduction operation will last for 66 days, 3 hours and 58 minutes...1%...1% in the deduction...1%..."

This time, "one, two, three" has zeros and wholes, which shows that it has a clear idea and does not panic in its operations.

"It's still too long for more than two months..." Shen Qi was eager to verify the deduction accuracy of "one, two, and three" in a short time. This program was designed by him. He knew that the larger the data volume, the more complex the calculation, and the longer it takes to get the result.

It takes seventeen years to deduce the cosmic activities more than 6,000 light years away.

It takes more than two months to deduce the movement of the earth's crust.

Shen Qi obtained two reference coefficients.

Based on the design idea of ​​"one, two, three", Shen Qi turned his attention to humans.
Chapter completed!