mass energy
1
7.9
- noun
- /mæs ˈɛnərdʒi/
- Specialized
:
energía de masa
- The IR spectroscopist agreed; it was all about conservation of energy, er, mass-energy.
- mass energy content
- center-of-mass energy
- percent of the mass energy
Examples
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So if your center of mass energy becomes much much larger than the Planck scale Planck mass.
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And consider that space-time due to the fact that it can be bent by mass energy, it contains negative energy.
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Square of the center of mass energy we call S.
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It was the sum of the four momenta coming in squared or the center of mass energy squared.
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Because the nuclear masses were well known and the kinetic energies of the emitted alphas were measurable, the mass-energy relation could be verified.
Academic text (2012) -
According to the mass-energy equivalence formula E = mc², an object traveling at c would have infinite mass and would require an infinite amount of energy to reach c.
Blog text (2) -
It keeps its mass-energy—because it cannot radiate it—and therefore preserves also its gravitational attraction.
Academic text (1991) -
You need a particle accelerator, and you need the center-of-mass energy of the collisions created using that accelerator to be greater than the mass-energy of the particle you want to produce, in this case, 125 GeV.
Blog text (3) -
When CERN's Large Hadron Collider is up and running in a few years (see figure 1), it will smash protons against protons with 14 TeV center-of-mass energy.
Academic text (2004) -
The light comes from ordinary matter, which makes up less than 5 percent of the mass energy content of the universe.
Synonyms
Energy equal to a particle's mass when it is not moving, calculated as mass times the speed of light squared
Antonyms
How Much
- Specialized
1
7.9
- Specialized
Surface Forms
Morphology
The compound is a straightforward noun–noun composition: 'mass' + 'energy' denotes the energy associated with mass, so a learner who knows both words can infer that basic meaning. This compositional relation is cross-linguistically common (e.g. 'energía de masa') making the core sense transparent, although deeper technical implications like E=mc² are advanced domain knowledge.
Etymology
Mass energy comes from the simple idea that mass itself is a form of energy, as shown by Einstein's formula E = mc². So, it means 'the energy that a body has because of its mass', and a small amount of mass can become a large amount of energy.