What is the difference between energy and matter




















Difference between young's modulus, bulk modulus and shear modulus March 14, Leave a Reply Cancel reply Your email address will not be published. Check Also. Torque in Physics with Examples and Formula May 15, Facebook Twitter WhatsApp Telegram. Close Search for. Mass measurements: grams, kilograms, micrograms. Arguably, the most important concept in classical physics is the law of conservation of energy.

This states that the total energy in an isolated system is conserved. This means that energy cannot be created or destroyed, but rather it can be only converted from one form to another. Work by Emmy Noether — helped reveal the mathematical laws underlying the conservation of energy.

Energy describes a property that an object possesses. Strassler, M. View all writing worksheets. Dramatic Irony Cacophony Anaphora Setting. View all literature worksheets. View all literary device worksheets. View all Women's History worksheets. View all American Revolution worksheets. View all US History worksheets. View all Ancient History worksheets. View all World History worksheets.

View all Famous War worksheets. View all famous figure worksheets. View all President worksheets. View all author worksheets. View all musician worksheets. View all inventor worksheets.

View all athlete worksheets. View all civil rights worksheets. So if matter is frozen light then Mass is matter in motion. How does the Higgs field give Mass to other particles? It gets them moving with a rate of infinite acceleration. Although the idea that Higgs produces a drag I believe the opposite is true. EMR which light is categorized as, is a constant exchange between atomic particles and Aether.

In normal conditions, this EMR is just small amounts of radiation that protons always release. When protons are entangled as a nucleus, it is a constant process of absorbtion and emission.

This rate of emission is sometimes at an even rate, and sometimes not. When it is not at an even rate, they are either cooled or heated. If heated too much, it is dangerous radiation ex: molten steel in foundries produce high levels of radition. This exchange of EMR is the basic mechanism for energy in our universe. Nice article Brian. As a physicist, I like seeing mind expanding articles to encourage young people to think about things they may not have.

I would add that relativistic mass, and the inertia resulting therefrom, is quite different from rest mass and inertia resulting from that. They are in fact independent and additive.

This is important because the Higgs has been confirmed responsible for rest mass inertia at least for the particles measured.



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