Between-particle

A 'Between-particle' is a hypothetical subatomic particle theorized to mediate interactions between other particles, particularly those that are not directly linked by known fundamental forces. It acts as a messenger, transferring force or momentum across a distance. It can potentially explain phenomena such as dark matter or modified gravity. The nature of these particles is still speculative, as they have not yet been experimentally observed. Their properties, including mass and spin, remain unknown. These proposed particles are crucial for bridging gaps in our current understanding of physics, offering potential solutions to unresolved puzzles in cosmology and particle physics. Exploring and identifying a 'Between-particle' represents a major step towards a more complete and accurate description of the universe.

Between-particle meaning with examples

• Scientists hypothesize that a 'Between-particle' could explain the observed gravitational anomalies of galaxy rotation curves where visible matter is insufficient to explain the rotational velocities. If the 'Between-particle' interacts strongly with gravity, it would modify the gravitational force in galaxies.
• Researchers propose that 'Between-particles' could be responsible for dark matter interactions. The particle would interact with normal matter only through gravity or perhaps a weak new force, making it elusive for direct detection, thus contributing to understanding dark matter's behavior.
• Theorists suggest that the 'Between-particle' facilitates energy transfer through dimensions, allowing for a potential explanation of quantum entanglement. If the interaction between entangled particles has another 'Between-particle' carrier, then its exchange would resolve the speed-of-light paradox.
• Cosmologists investigate the possibility of a 'Between-particle' mediating interactions between different universes within a multiverse framework. It is through the existence of the 'Between-particle' that these various realms of realities are interconnected, even if indirectly.
• In the search for new fundamental forces, physicists are constructing experiments designed to detect or infer the existence of a 'Between-particle'. If found it will fundamentally alter the Standard Model. Experiments include collider, neutrino detectors, and gravitational wave measurements.