It is related to nuclear fusion, no wonder Li Chuan would come to participate in the experimental process in person as soon as possible. If Zhong crystal can really withstand high temperatures of hundreds of millions of degrees and can maintain its original physical characteristics, then the problem of miniaturizing the core of fusion can be completely relied on Zhong crystal materials.

The two Eva Yelianna immediately began to conduct experimental preparations in concert with each other, and Li Chuan took out a piece of Zhong crystal that was the size of a palm-sized Zhong crystal carried on his body. Another excellent property of this substance is that it is very easy to change its physical form. Simply put, like the thin sheet in Li Chuan's hand, it is actually a liquid Zhong crystal in an ultra-low temperature environment, pouring it back into a thin plate mold, and then crystallized into a room temperature environment, and then it becomes the current thin sheet.

It is colorless and odorless. Those who don’t know it think it is a completely transparent graphene thin plate.

After a while, a group of staff sent a super large dark blue energy matrix cube and sent it into the energy room of the laboratory. This scene made Li Chuan feel ache in his heart. It was all money!

Li Chuan really doesn't know how much energy the large matrix cube has saved, because it has not specifically checked the peak energy storage value, but it must be a very terrifying reserve.

It is said that high-tech makes money. People focus on the high profits of high-tech products, but ignore the huge R&D investment. It is better to have gained money. If there is no gain, it will be completely lost except for a string of data that cannot generate commercial value. Li Chuan estimated that this time it is probably more exaggerated than the energy consumed by temporary data analysis a week ago.

In order to explore the high temperature peak resistance of Zhong crystal materials, in order to miniaturize the fusion core, Boss Li could only grit his teeth and express his pain.

As several irrelevant staff left the laboratory, Eva Yelianna immediately entered a series of instructions on the console. After a while, the core laboratory with radiation isolation effect was opened on its ceiling, and then a unique set of equipment was slowly lifted and lowered.

This laboratory was put into use seven years ago. Not only does it often use internal research and development, but many domestic and foreign research institutions will come here to conduct experiments, but it will cost money to rent it.

We have to make an appointment for a schedule, because of the unique equipment that makes this laboratory unique. That equipment is unique to Huasheng Technology in the world. It is an optical pulse device based on the order of graphene-based all-fiber laser production cycle, combining corresponding graphene materials and ready-made optical fibers in a highly compact form.

The name of the device is: high-energy pulse laser.

There are many types of pulse lasers, such as ruby ​​lasers, sapphire lasers, glass yttrium aluminum garnet (YAG) lasers, neodymium glass lasers, etc., as well as nitrogen molecular lasers, excimer lasers, etc.

However, the strength of traditional pulse lasers is not good, let alone test the Zhong crystal. For example, the sapphire lasers create a miniature fireball of several thousandths of a millimeter in diameter during the intense heating process. The pressure reaches 10 trillion pa, which is 20 times the pressure of the earth's center. To put it more vividly, it is like hundreds of adult elephants dancing on the tip of a needle. Such powerful squeezing causes the temperature to suddenly increase, which can instantly exceed hundreds of thousands of degrees Celsius, but after more than 500,000 degrees Celsius, the sapphire explodes because it can't bear it.

The French used laser pulses to increase the material temperature to 10 billion degrees Celsius in 2016, but the entire process could only last for a few femtoseconds, and 1 femtosecond is equivalent to one thousand trillionths of a second, which is outrageously short.

Li Chuan has always been a pragmatist. The high-energy pulsed laser in this laboratory raises the material temperature to 10 billion degrees Celsius per second per second, and the theoretical peak can last about 10 seconds, which is completely enough for Zhong Jing's experiment.

So far, the peak of this device has never been reached. The longest experiment lasted at a high temperature of 3.3 billion degrees Celsius for 0.01 seconds. This is an internal experiment by Huasheng Technology. As for some domestic and foreign research institutions, according to the record files, the highest one lasted only at a high temperature of 150 million degrees Celsius for 0.01 seconds.

It’s not that the equipment is not good, but that it’s burning money!

Like Li Chuan's "explosive" experiment, it is about to set an unprecedented new record. It is ready to burn more than 30 billion in one second. Huasheng Group's assets can burn you to bankruptcy in less than an hour.

After the equipment was ready, Eva Yelianna took the sheet handed over by Li Chuan and put it on the test bench. Before starting the formal experiment, she conducted a laser scan. After a while, the scan data was loaded into the computer, and soon a mathematical model and three-dimensional diagram were established based on the real-time data.

This program is to record the mass, physical state and other pre-experiment data of this Zhong crystal sheet before conducting an extremely ultra-high temperature experiment, and then compare it with the data after the experiment to find variables.

Of course, Lichuan doesn't want it to have variables, and what kind of data is expected to be exactly the same after the experiment.

About four or five minutes later, the program was completed. The dedicated Eva Yelianna asked the boss to stay and watch it. She entered a large number of instructions on the control panel.

Li Chuan looked at the data commands listed on the display panel. This time, the output power of the high-energy pulse laser will increase the temperature to 1 billion degrees Celsius, which is far from reaching its theoretical peak tolerance limit, but it is no longer necessary.

Eva Ye Lianna was about to click on the time when she entered the time, but she stopped soon. After hesitating for a moment, she turned around and looked at Li Chuan and asked, "BOSS, how long is it? You should decide!"

Boss Li said he was relieved. Mao Mei finally became sensible. At least she knew that she felt sorry for her boss’s money, so she said concisely: "Three... no, two seconds! Yes, just two seconds!"

"Understand!" Eva Yelianna immediately entered the command, but murmured: "2 seconds are too long."

"What's the use of lasting? It depends on explosive power!" Li Chuan added lightly.

"..." Eva Yelianna.

But no one understands the pain in Boss Li's heart. The energy consumed in two seconds is equivalent to burning more than 70 billion soft girl coins, and no one can bear it. If you believe this set of equipment, you can burn Huasheng Group to bankruptcy in less than an hour.

After the episode, as Eva Ye Lianna walked out of the radiation-proof isolation laboratory, drained the air inside, and made its environment reach a vacuum state. The experiment officially began. In the super-large energy matrix cube in the laboratory's energy room, the majestic high-purity energy was consumed at an extremely exaggerated speed.

"Pressure is 10 million Pa!" Eva Yelianna stared at the feedback from the display panel and said.

"1 billion!"

"1 trillion!"

"5 trillion!"

"9 trillion!"

At this moment, the energy level inside the device is increasing geometrically.

"The pressure is 10 trillion pa, 3.1 microns, 10 seconds countdown!" Eva Yelianna stared at the display panel intently: "…3…2…1 start!"
Chapter completed!