High magnetic field physics

High magnetic field physics studies the behavior of matter under extremely strong magnetic forces, often much greater than those we encounter daily. These intense fields can alter atomic and electronic properties, revealing new phases of materials and enabling advanced technologies. Researchers explore how magnetic fields influence superconductivity, quantum states, and particle interactions, providing insights into fundamental physics and practical applications like medical imaging and energy storage. This field pushes the limits of magnetic field generation and helps us understand the universe's most extreme environments, from neutron stars to powerful laboratory experiments.