Physics

Learn about resonance, a physics phenomenon where systems oscillate with greater amplitude at their natural frequencies, seen in structures and technologies.

Atomic manipulation: a nanotechnology technique for precise control of atoms to create nanoscale structures, impacting industries from medicine to computing.

Understanding the atomic scale, which encompasses phenomena and measurements at the level of atoms, typically smaller than a nanometer.

Nuclear spin is the angular momentum of an atomic nucleus, influenced by the spins of constituent protons and neutrons.

Explore the nature and sources of beta particles, high-energy electrons or positrons emitted during radioactive decay, and their applications across diverse fields.

Alpha particles are helium-4 nuclei with two protons and two neutrons, emitted during the radioactive decay of heavy elements.

Explore the efficiency, function, and design of centrifugal pumps in this detailed guide covering their operation, applications, and maintenance.

Understanding the process and implications of radioactive decay, a natural phenomenon where unstable atomic nuclei emit radiation to achieve stability.

Learn about Atomic Force Microscopy (AFM), a technique for analyzing materials at the atomic scale through force measurements between a probe and a surface.

Understand quantum dots: nanoscale semiconductor particles with tunable properties for diverse applications in technology and medicine.