gamma-ray optics

Gamma-ray optics involves methods to manipulate high-energy gamma-ray photons, similar to how lenses manipulate visible light. Since gamma rays have very short wavelengths and high energies, traditional optical devices don't work well. Instead, scientists use techniques like Bragg diffraction in crystals, where gamma rays are bent or focused using the crystal's atomic planes, or employ magnetic and electric fields to steer gamma-ray beams. These advancements enable precise control of gamma rays for applications like medical imaging, security scanning, and fundamental research in physics, opening new possibilities for observing and utilizing these energetic photons.