src Imagine you have a bunch of charges in a line, repelling each other. Now, if you were to push one, it would push the next, would push the next... so all of your charges get a little push. In a circuit,

VLOG 157 - WHAT DOES CROSSING THE 13TH GATEWAY MEAN FOR HUMANITY? We have finally severed all ties to 3/4D! Major Yahoo!

Food does not Nurish

The One Electron Universe theory is exactly what it sounds like - the idea that every electron in the universe is the same electron. How could this be possible? One Electron Universe theory is exactly

Electrons are extremely round, and some physicists will not be pleased about it.

Millikan's oil drop experiment A brief summary of what happened before Millikan's experiment Electrons where quite a mystery in the 19th century. Not only where there nature unknown whether they are a

By using the magnetic properties of spinning electrons, researchers have enhanced the speed and capacity of memory technologies. Scientists have developed an innovative technique that could lead to faster,

Can electrons move from one orbit to another? If so, is energy consumed or emitted during the move? Let's quickly examine electrostatic charge and Coulomb's law to find out.

Isotopes of carbon: Carbon has there isotopes. Carbon-12 , carbon-13, and carbon-14. Almost all the carbon is carbon-12. Its symbol is 12C. It has six neutrons and protons. Carbon-13 has symbol 13C. It

A short documentary covering the past, present & future of Quantum Computers. Quantum Computing will one day create the possibilities we all fantasise about in science fiction movies, and will push

Imperial College London Summary: By hitting electrons with an ultra-intense laser, researchers have revealed dynamics that go beyond 'classical' physics and hint at quantum effects. This radiation reaction

For the first time, physicists have developed a method that has allowed them to see the quantum inseparability of electrons. Since these correlations play a central role in determining the wave function

By observing the unusual movement of electrons in graphene, scientists have uncovered a new understanding of the physics of conductive materials. Graphene is many times more conductive than copper thanks,

God's Eye, what we call the filament structure and surrounding halo of electrons from the Gun aperture of a Transmission Electron Microscope. I tweaked the image with a yellow filter to bring out the halo.