Science & Nature

Atomic/Molecular/Optical Physics

Latest Contributing Writer Articles


Properties of Fermions and Bosons: The Gray Area within Particle Classification

By: Feature Writer Isaac M. McPhee

Bose-Einstein Statistics: The Indian Contribution to Quantum Mechanics

By: Feature Writer Isaac M. McPhee

Beta Decay and the Weak Force: The Development of an Entirely New Physical Force

By: Feature Writer Isaac M. McPhee

Radioactivity and Alpha Particles: The Radioactive Decay Governed by the Strong Nuclear Force

By: Feature Writer Isaac M. McPhee

The Beginnings of Nuclear Physics: Bequerel, The Curies, Rutherford and Radioactivity

By: Feature Writer Isaac M. McPhee

The Discovery of the Neutron: James Chadwick's Remarkable Experiment

By: Feature Writer Isaac M. McPhee

Rutherford and the Atomic Nucleus: The Discovery of the Shape and Composition of the Atom

By: Feature Writer Isaac M. McPhee

The Discovery of the Electron: J.J. Thompson and the First Subatomic Particle

By: Feature Writer Isaac M. McPhee

The Scale of Atoms: Gaining a Perspective of Atomic Sizes

By: Feature Writer Isaac M. McPhee

Brownian Motion and Atomic Theory: How a Botanist Helped to Prove that Atoms Exist

By: Feature Writer Isaac M. McPhee

John Dalton and Atomic Theory: A 19th Century Chemist Reinvigorates the Atom

By: Feature Writer Isaac M. McPhee

Ancient Theories of Atoms: The Study of the Smallest Things in the Ancient World

By: Feature Writer Isaac M. McPhee

Defining Quantum Mechanics: The Physics of the Smallest Things in the Universe

By: Feature Writer Isaac M. McPhee

The Basics of Nanotechnology: The Science of Manipulating Subatomic Objects

By: Feature Writer Isaac M. McPhee

What is Nanotechnology? Engineering Things that are Very Small

By: Katharine M. J. Osborne

Reflection vs. Refraction: When Light Interacts with Matter as a Wave

By: Katharine M. J. Osborne

What is Osmosis? Entropy and the Self Organization of Solutions

By: Katharine M. J. Osborne

Alternative Energy: Possible Solutions to the Carbon Crisis

By: Katharine M. J. Osborne

What does LASER stand for? What LASER Means and How it Works

By: Katharine M. J. Osborne

Why Do Power Lines Buzz? Corona Discharge

By: Katharine M. J. Osborne

Cooking with Light: How Do Microwaves Heat Food?

By: Katharine M. J. Osborne

The Symmetry of Snowflakes: Ice Crystal Growth

By: Katharine M. J. Osborne

Physics: Thanksgiving Edition: The Physical Properties of Cranberry Sauce

By: Katharine M. J. Osborne

Electron Shells: The properties of electron shells, or orbitals, help determine the c

By: Katharine M. J. Osborne

Facts About the Atom: Defining the basic building block of macroscopic matter

By: Katharine M. J. Osborne

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