SUMMARY
Using a laser to extinguish a fuse or stop combustion is theoretically possible but highly impractical. A sufficiently powerful laser can melt a fusible link, yet it adds energy to the combustion process, likely accelerating it rather than halting it. Laser cooling, effective only at near absolute zero temperatures, cannot be applied to room temperature gases or combustion gases. While radiative forces can theoretically push oxygen away from a burning fuse, the required laser system would be prohibitively expensive and complex.
PREREQUISITES
- Understanding of laser technology and its applications
- Knowledge of combustion chemistry and the fire triangle
- Familiarity with laser cooling principles and quantum mechanics
- Basic concepts of energy transfer in physical systems
NEXT STEPS
- Research advanced laser systems capable of high-energy applications
- Explore the principles of combustion and methods for extinguishing fires
- Study the effects of radiative forces on molecular dynamics
- Investigate the applications of laser cooling in atomic physics
USEFUL FOR
Researchers in physics, fire safety engineers, and professionals in laser technology applications will benefit from this discussion.