What is a nuclear laser?

nuclear laser is a device of proposed physics in 2011 based on stimulation of atomic nuclei to form light, instead of electrons such as other types of lasers. It can enable extremely accurate tests of the laws of physics and the properties of nature without emitting gamma rays. Laser will emit light with exciting sufficient cores in the sample; Changing the status created by either a strong magnetic field or a strong and thick gradient in the electric field in the device. By using a nuclear laser, scientists are trying to develop a new way of frequency analysis or make precise nuclear clocks.

To make the nuclear laser work, the atomic cores must remain in an excited state for a long time. The substance called thorium has properties that are sufficient. An electrical or magnetic field could interact with a compound made of lithium-calcium-aliminin-fluoride. Thorium would be added to the compound instead of some calcium atoms. Electric or magnetic fields would be used to change the condition of atomic cores in the process calledinversion of the population.

Nuclear technology has been used to develop functional plans as the nuclear laser would work. In a nuclear pump laser, the energy stored in atomic cores is converted into a laser beam. Specific wavelengths of light can also be produced by generating plasma generation based on the principles of nuclear cleavage. Excited cores are divided to produce energy in the laser mechanism, which is the principle of creating light for the laser beam. The optical system with mirrors further modifies the light to concentrate in the beam, allowing the use of devices in scientific applications.

Lasers have been used since the 1960s. Common types of gas laser gases such as helium-n-neon, carbon dioxide or argon, and combine them with electric generate light. Other lasers combine gas with chemicals but nuclear laser would theoretically use energy from the atom core to createLights. One of the problems is to get one core that causes the other to be active, so the photons that interact with them must be focused on the right frequency. When creating any new technology, physics must study different atomic principles, including laws that describe how the atomic particles interact in different ways, and apply the relevant to their proposals.