Molecular Light Absorbance and Fluorescence: Absorption and Emission Spectra Show Orbital Energies
In: Atomic/Molecular/Optical Physics
By: Art Ayers
Uncertainty and Quantum Entanglement: Properties of Elementary Particles and the Nature of Reality
In: Quantum Physics
By: Don Kaiser
In: Atomic/Molecular/Optical Physics
By: Don Kaiser
Time Travel: Is Traveling Forward or Backward in Time Physically Possible?
In: Quantum Physics
By: Don Kaiser
In: Atomic/Molecular/Optical Physics
By: Sarah Mikula
In: Particle Physics
By: Jeremy Small
In: Particle Physics
By: Jeremy Small
Three Great Physics Theories: Some of the Best Scientific Hypothesies of the 20th Century
By: Anna Sanclement
Is Cold Fusion Possible? Experiments in Low-energy Nuclear Reactions Continue
In: Atomic/Molecular/Optical Physics
By: 
Rupert Taylor
Einstein-Rosen Bridge: Wormholes, Time Travel, and Black Holes
Functions of a Current Transformer: Varying the Current of Electricity in AC Power Supplies
Measurement in Quantum Physics: Observables in the Copenhagen and Many Worlds Interpretations
In: Quantum Physics
By: Wendy Anne Makhdum Prosser
How Disk Drives Store Data: Magnetic Recording on Hard Drvies
By: Martin Bell
Spring Tonic for Lakes and Ponds: Melting Ice Rejuvenates Large Bodies of Water in Spring
By: Albert Burchsted
The Double Slit Experiment: Do Parallel Worlds Really Exist?
In: Quantum Physics
By: Rebecca Turner
Ohm's Law: Voltage is Proportional to Current and Resistance
In: Physics History
By: Erin Britton
Planck's Law: Describing Colour Changes by Coupling the Physics of Heat and Light
In: Physics History
By: Erin Britton
Absolute Zero: The Point at Which a Substance Is So Cold Its Atoms Cease Moving
In: Physics History
By: Erin Britton
Brownian Motion: The Motion of Particles Buffeted by Invisible Water or Gas Molecules
In: Physics History
By: Erin Britton
Newton's Theory of Colour: White Light Is Comprised of Individual Colours
In: Physics History
By: Erin Britton
Discoveries in Physics 2008: Ten of the Most Exciting Breakthroughs During the Year
By: Martha R. Gore
Relatively Speaking: Dimensions and Relativity
By: Scott Hermanson
Second Law of Thermodynamics: Heat Travels from Hot to Cold Bodies and Not the Other Way Around
In: Physics History
By: Erin Britton
Hooke's Law: Elastic Materials Stretch in Proportion to the Force Used on Them
In: Physics History
By: Erin Britton
Ideal Gas Law: The Pressure, Volume and Temperature of a Gas Are All Linked
In: Physics History
By: Erin Britton
Hadron Composite Particles: Baryons and Mesons
By: Scott Hermanson
The Building Blocks of Matter: How Fermions Are Classified
In: Particle Physics
By: Scott Hermanson
The Four Forces of Nature: How Bosons Shape our Universe
In: Particle Physics
By: Scott Hermanson
Johannes Kepler (1571 – 1630): A Biography of the German Mathematician, Astronomer and Astrologer
In: Physics History
By: Erin Britton
Ernst Mach (1838 – 1916): A Biography of the Austrian Physicist and Philosopher
In: Physics History
By: Erin Britton
Newton's Law of Gravitation: All Bodies Attract Each Other Through the Force of Gravity
In: Physics History
By: Erin Britton
Kepler's Laws: Three Rules That Govern the Orbits of the Planets
In: Physics History
By: Erin Britton
Isaac Newton (1643 – 1727): A Biography of the Great English Physicist and Mathematician
In: Physics History
By: Erin Britton
Newton's Laws of Motion: The Relationship between Forces and Motion Explained
In: Physics History
By: Erin Britton
Mach's Principle: Through Gravity Objects Far Away Affect How Things Move Nearby
In: Physics History
By: Erin Britton
Tevatron Racing LHC to the Finish: Can the Biggest US Particle Collider Cash In on Delays in Europe?
In: Particle Physics
By: Mike Perricone
By: Isaac M. McPhee
Jean Perrin and Atomic Theory: Calculating Avogadro's Constant
In: Physics History
By: Andy Allison
Travelling at Light Speed: The Strange Effects of Special Relativity
In: Particle Physics
By: Andy Allison
Operating A Nuclear Power Station: How the Energy in Uranium Atoms is Converted into Electricity
In: Atomic/Molecular/Optical Physics
By: Anthony Toole
In: Quantum Physics
Interference of Coherent Light Waves: Young's Double-Slit Formula Used for Measurement of Wavelength
In: Particle Physics
By: Bobby Brown
The Large Scale of the Universe: A Journey from Deep Space to the Earth
By: Robert Harrand
The Small Scale of the Universe: A Journey from Our World to the Limits of Knowledge
By: Robert Harrand
Measuring Sound Intensity and Loudness: Adopting the Decibel Scale to Objectively Measure Sound
Diffraction of Sound Waves: The Bending of Pressure Waves Around Obstacles or Narrow Openings
The Large Hadron Collider Finally Starts Up: Largest Physical Experiment
In: Particle Physics
By: Violet Remba
Power Transmission and Usage: Supplying Cities with Electrical Energy from Remote Power Plants
Working Principle of the Electronic Transformer: Central Component in any Power Supply
Schrödinger's Cat Paradox: Interpretations and Criticisms of Quantum Physics
In: Quantum Physics
Electromagnetic Induction: Michael Faraday's Famous Experiment of Inducing Current in a Coil
The Electromagnetic Field: Discovery of Magnetic Force Leads to Electric Motor Invention
Basic Properties of Magnets: Observation and Source of Magnetism in Iron Objects
The Twin Paradox: One of Special Relativity's Most Important Thought Experiments
By: Isaac M. McPhee
Traveling at the Speed of Light: Albert Einstein's Special Relativity and Cosmic Speed Limits
By: Isaac M. McPhee
What is a Black Hole? The Origin and Present Perspective on these Cosmic Wonders
By: Isaac M. McPhee
Max Planck and Light Quanta: The Solution to the Problem of Black-Body Radiation
In: Quantum Physics
By: Isaac M. McPhee
The Photoelectric Effect: Phillip Lenard’s Experiment with Light and Electrons
In: Quantum Physics
By: Isaac M. McPhee
Black-Body Radiation: The Ultraviolet Catastrophe and Fall of Classical Physics
In: Physics History
By: Isaac M. McPhee
Properties of Fermions and Bosons: The Gray Area within Particle Classification
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Bose-Einstein Statistics: The Indian Contribution to Quantum Mechanics
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Principles of Particle Detection: How Exactly do Particle Accelerators Operate?
In: Particle Physics
By: Isaac M. McPhee
Linear and Circular Accelerators: The Modern World of Particle Acceleration and Discovery
In: Particle Physics
By: Isaac M. McPhee
Early Particle Accelerators: A History ol Deciphering the Reality of the Subatomic World
In: Physics History
By: Isaac M. McPhee
Anti-Particles and Anti-Matter: How Every Particle Possesses an “Equal but Opposite” Partner
In: Particle Physics
By: Isaac M. McPhee
Paul Dirac and the Positron: A Triumph of Mathematics in the First Anti-Particle
In: Particle Physics
By: Isaac M. McPhee
The Quantum Totalitarian Principle: Discovering New Physical Laws Using Bizarre Quantum Properties
In: Particle Physics
By: Isaac M. McPhee
Beta Decay and the Weak Force: The Development of an Entirely New Physical Force
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Radioactivity and Alpha Particles: The Radioactive Decay Governed by the Strong Nuclear Force
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Beginnings of Nuclear Physics: Bequerel, The Curies, Rutherford and Radioactivity
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Discovery of the Neutron: James Chadwick's Remarkable Experiment
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Rutherford and the Atomic Nucleus: The Discovery of the Shape and Composition of the Atom
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Discovery of the Electron: J.J. Thompson and the First Subatomic Particle
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Scale of Atoms: Gaining a Perspective of Atomic Sizes
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Brownian Motion and Atomic Theory: How a Botanist Helped to Prove that Atoms Exist
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
John Dalton and Atomic Theory: A 19th Century Chemist Reinvigorates the Atom
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Ancient Theories of Atoms: The Study of the Smallest Things in the Ancient World
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
Quantum Cryptography: The Frontiers of Secrecy
By: Isaac M. McPhee
Defining Quantum Mechanics: The Physics of the Smallest Things in the Universe
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Legacy of General Relativity: Einstein’s Greatest Theory and its Effect on the Scientific World
By: Isaac M. McPhee
Gravity and General Relativity: Einstein's Revolutionary Theory of Curved Spacetime
By: Isaac M. McPhee
Relativity and Bending Light: Albert Einstein’s Most Famous Prediction of General Relativity
By: Isaac M. McPhee
The Equivalence Principle: Einstein's "Happiest Thought" and the General Theory of Relativity
By: Isaac M. McPhee
The Basics of Nanotechnology: The Science of Manipulating Subatomic Objects
In: Atomic/Molecular/Optical Physics
By: Isaac M. McPhee
The Universe's Fourth Dimension: Herman Minkowski, Albert Einstein, and the Creation of Space-Time
By: Isaac M. McPhee
Nuclear Chain Reactions: How Atomic Weapons Really Work
By: Isaac M. McPhee
The Equivalence of Mass and Energy: Special Relativity and E = mc²
By: Isaac M. McPhee
The Addition of Velocities: How Special Relativity and the Constant Speed Affect Measurement
By: Isaac M. McPhee
Time and Space Dilation: Einstein's Answer to the Problem with the Speed of Light
By: Isaac M. McPhee
The Lorentz Transformation: Reconciling Space and Time with the Speed of Light
By: Isaac M. McPhee
Simultaneity and Relativity: Proof of The Flexibility of Time and Space
By: Isaac M. McPhee
Relativity and Electromagnetism: The Problem with the Speed of Light
By: Isaac M. McPhee
The Speed of Light: How The Study of Electromagnetism Affected Science
By: Isaac M. McPhee
The Study of Light: The History of Illumination
By: Isaac M. McPhee
Galilean Relativity: So Many Trains, so Little Time
By: Isaac M. McPhee
Induction vs. Deduction in Science: The Techniques Involved in Creating a Good Scientific Theory
By: Isaac M. McPhee
Is Time Travel Possible? From Einstein to Hawking to The Multiverse Theory
By: Rebecca Turner
