Definitions
from Wiktionary, Creative Commons Attribution/Share-Alike License.
- noun physics
Mass andenergy as aunified concept. - noun The energy associated with any given mass according to
special relativity , E = mc2. - adjective mass-to-energy
Etymologies
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Examples
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Without either factor, there would neither be regions of space that inflate nor would those regions have the mass-energy necessary for a universe to exist.
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But to them I will say, Do you have anything to say regarding mass-energy equivalence?
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How living populations change over time under interaction with the environment is a general definition of evolution, how mass-energy change over time under interaction with space-time is a general definition of gravity as in general relativity.
Planet Formation Observed Around Massive Stars | Universe Today 2010
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So the portion of matter which escapes does so with greater mass-energy than what was contained by the infalling mass-energy.
Supermassive Black Holes Spinning Backwards Create Death Ray Jets? | Universe Today 2010
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There is a fair bit of literature regarding the demon, and from what I remember it explains why such a demon even it did exist, and was bounded by other laws like conservation of mass-energy would fail to avert the second law.
A peer-reviewed article that supports ID . . . or something else - The Panda's Thumb 2009
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There is a fair bit of literature regarding the demon, and from what I remember it explains why such a demon even it did exist, and was bounded by other laws like conservation of mass-energy would fail to avert the second law.
A peer-reviewed article that supports ID . . . or something else - The Panda's Thumb 2009
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For that matter, we don't know why mass-energy is conserved, or why the Planck length governs the scale of quantum phenomena, or why the speed of light in a vacuum is constant.
On Thursday, the Legg report will be published along with... 2009
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Physically speaking, mass-energy can be neither created nor destroyed.
Oil Shale, Arnold Kling | EconLog | Library of Economics and Liberty 2009
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For that matter, we don't know why mass-energy is conserved, or why the Planck length governs the scale of quantum phenomena, or why the speed of light in a vacuum is constant.
On Thursday, the Legg report will be published along with... 2009
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Conservation laws assure us that such quantities as angular momentum, mass-energy, and charge cannot be created or destroyed.
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