American scientists rediscovered the combination of atoms in the laboratory with more energy

The combination of atoms received more energy and security, breaking people's dependence on different electronic products Scientists participating in this study and the beginning of atomic combinatorics is the end of December.

The Lawrence Livermore Center for Public Research stunned the world in December when it

successfully conducted an experimental atomic reaction that released more energy than it used.

This success is comparable to "Moon Shots", which aims to completely eliminate the use of petroleum derivatives.

public information officer Paul Rhien said in a press release Monday, without providing specific

images, "we can be sure that the return of this test is better than the December 2022 review." He added that the California lab hopes to present the findings at the next meeting and in the peer-reviewed journal.

The Financial Times had previously reported the development.

According to Agence FrancePresse, his friends see the combination of atoms as a perfect, rich and

safe energy that can make people dependent on the coal, oil soil, fossil fuels and different hydrocarbons that now make up the earth's environment.

However, there is still a long way to go to obtain the appropriate mix of modern products that can be

used for the home and organisation.To date, thermal power plants around the world use the fission

(separation of heavy solids) method to generate energy.

Two molecules of light hydrogen then recombine to form a heavy helium atom and emit a lot of

energy at the same time - this is exactly the cycle that happens in stars, including our sun.
On Earth, fusion can occur by heating hydrogen to negative temperatures in a special device.
Like separation, fusion contains no carbon at the time it occurs and has another important benefit: it

does not represent the gamble of atomic collapse and produces less energy.

In an experiment conducted in December, the laboratory used 192 ultrahigh lasers to send 2.05

megajoules of energy into a canister smaller than a peanut containing hydrogen isotopes. 3 sent.
Combined energy output from 15 MJ.When the result is powered up, the plant needs 300 MJ of energy to control the laser.

US scientists repeat combo a second time for quick start

Aug 6 (Reuters) - Lawrence Livermore Public Laboratories said Sunday US scientists have made the

second jump since December.

Lawrence Livermore Reaches Net Energy. December 5, 2022, in combinatorial research using

lasers. By focusing the laser on a gas target, the researchers combine the two beams of light into a

denser particle that transmits energy.The screen produces a power output of 3.15 MJ immediately after transmitting the laser, completing the first combination 2 .The energy agency said it had hit its 05 megajoules target.As a result, the office supplied more energy than the laser energy used to power it.

The Department of Energy described it as "a critical first in a long pregnancy that will pave the way for progress in public savings and the future of clean energy".

Scientists have known about the sun's binding ability for nearly a hundred years, and for a long

time He has always sought to create harmony in the world. If organizations can bring business-level innovation over the next few years, these advances could one day help manage environmental

change.