Physics History

Isaac Newton publishes a book explaining how objects move and how gravity works. His ideas can describe everything from falling apples to the motion of planets. They shape science and engineering for hundreds of years.

James Clerk Maxwell shows that electricity, magnetism, and light are closely connected. His work reveals that light is a type of wave. This understanding later leads to radio, television, and wireless communication.

J. J. Thomson discovers the electron, a tiny particle inside atoms. This proves that atoms are made of smaller parts. It changes how scientists understand matter.

Max Planck introduces a new idea: energy is released in small packets instead of continuously. This surprising result does not fit classical physics. It opens the door to a new way of understanding the microscopic world.

Albert Einstein shows that space and time are not absolute but depend on motion. He also explains that nothing can move faster than light. These ideas completely change how we think about the universe.

Ernest Rutherford finds that atoms have a small, dense center called the nucleus. Most of the atom is actually empty space. This discovery reshapes atomic science.

Scientists develop a new theory to describe the behavior of atoms and particles. This theory explains why matter behaves differently on very small scales. It becomes essential for chemistry, electronics, and modern technology.

Researchers at CERN discover a long-predicted particle called the Higgs boson. It helps explain why particles have mass. This discovery confirms an important part of modern physics.