AERI/HEL technology Part 7: Femtosecond long-short pulse type Laser fusion
1.AERI/HEL technology includes the following systems for anti-fighter, anti-missile and anti-ICBM use Next generation interceptor laser systems (AERI and HEL surface-to-air defence systems https://www.aeri-japan.com/anti-icbm-interceptor-lasersystem ), as well as laser fusion technology applications.
2. the laser fusion by AERI (https://www.aeri-japan.com/) can be applied to four fuel sphere detonation methods based on laser irradiation and ignition methods.
3. AERI (https://www.aeri-japan.com/) has developed a femtosecond ultrashort pulse AERI HEL is loaded with a chirped-pulse amplification system to achieve an ultra-intense, ultrashort-pulse laser with a power of more than 10 -1/5 W.
The high energy packing of the ultra-short pulsed AERI/HEL exceeding 10.15 W has been achieved.
4. chirped-pulse amplified femtosecond ultrashort-pulse AERI/HELs (lasers with high power lasers) can be a powerful tool to open up new fields in unexplored and extreme regions, such as high intensity field science, high energy density physics and high energy laser science.
5. chirped-pulse amplified femtosecond ultrashort-pulse AERI/HEL (see below). Ultra-intense, ultrashort pulsed lasers) have been realised by focusing the light intensity to about 10 to the 22nd power/cm2. 6.
6. Such high-intensity fields are unprecedented and could create new fields in unexplored and extreme areas such as laboratory astrophysics and laser accelerators that can simulate phenomena occurring in supernovae and other phenomena in the laboratory.
Ph.D. & Dr. Physicist Kazuto Kamuro, Associate Professor, Department of Physics, Graduate School, California Institute of Technology
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