electron's

With current technology, a single silicon chip can carry billions of atomic switches that use an electron's positive or negative charge to indicate "on" or "off."

In Albany, a boom based on microchips Howard Schneider 2010

To an atom, the duration of a single second on a sprinter's clock is seemingly endless, for an electron's movements are measured in billionths of a second.

Kevin Bermeister: God's Time, Science's Ideal Kevin Bermeister 2011

With current technology, a single silicon chip can carry billions of atomic switches that use an electron's positive or negative charge to indicate "on" or "off."

In Albany, a boom based on microchips Howard Schneider 2010

At places such as CNSE, for example, scientists are experimenting with techniques involving other substances, including a form of carbon called graphene, as well as different ways of using an electron's behavior to transmit information.

In Albany, a boom based on microchips Howard Schneider 2010

At places such as CNSE, for example, scientists are experimenting with techniques involving other substances, including a form of carbon called graphene, as well as different ways of using an electron's behavior to transmit information.

In Albany, a boom based on microchips Howard Schneider 2010

With current technology, a single silicon chip can carry billions of atomic switches that use an electron's positive or negative charge to indicate "on" or "off."

In Albany, a boom based on microchips Howard Schneider 2010

With current technology, a single silicon chip can carry billions of atomic switches that use an electron's positive or negative charge to indicate "on" or "off."

In Albany, a boom based on microchips Howard Schneider 2010

You can open up virtually any Quantum Mechanics book and find sentences like: the electron knew to … describing the appearance of the electron's 'behavior', not as a scientific statement.

Augustine on Creation 2009

At places such as CNSE, for example, scientists are experimenting with techniques involving other substances, including a form of carbon called graphene, as well as different ways of using an electron's behavior to transmit information.

In Albany, a boom based on microchips Howard Schneider 2010

At places such as CNSE, for example, scientists are experimenting with techniques involving other substances, including a form of carbon called graphene, as well as different ways of using an electron's behavior to transmit information.

In Albany, a boom based on microchips Howard Schneider 2010