Lasers in nuclear physics

In nuclear physics, lasers are used to generate precise, high-energy beams of light that can manipulate atomic nuclei or induce nuclear reactions. These lasers deliver extremely intense, focused pulses of light, enabling scientists to study nuclear materials, accelerate particles, or trigger reactions under controlled conditions. By controlling the energy and timing of laser pulses, researchers can explore fundamental nuclear processes, improve nuclear fusion research, or develop advanced imaging techniques. Essentially, lasers serve as powerful tools to probe and influence the atomic nucleus with high precision, opening new avenues for understanding and harnessing nuclear phenomena.