Difference between revisions of "Quantum Boundary"
m |
m |
||
| Line 10: | Line 10: | ||
{{template:bookoflightIV}} | {{template:bookoflightIV}} | ||
{{template:bolife}} | |||
{{template: | {{template:draft}} | ||
[[category:terms]] | [[category:terms]][[category:lightningpath]] | ||
[[category: | [[category:BOLIFE]] | ||
[[category:todo]] | |||
Revision as of 04:27, 2 February 2017
A Quanta is a discrete packet of energy.
A Quantum boundary is a barrier through which once must apply Energy to pass.
In atomic physics Quantum Boundaries exist between Orbital Levels. In order for an electron to elevate to the next Orbital Level (also Quantum Level), energy must be added to the electron. When sufficient quanta of energy have been added, usually in the form of a photon, electrons pierce the barrier and ascend to the next orbital level. When this happens Electron Configuration changes, Nuclear Transmutation occurs, and new Elements are formed.
Further Reading
Caution. This article/definition is in draft form and at this time may constitute no more than rough notes, reminders for required content, or absolutely nothing at all. Content is subject to revision.
