👉 Boulder Light Particles, often referred to as LPs, are hypothetical subatomic particles that have been proposed in various theoretical frameworks, particularly in discussions around dark matter and quantum mechanics. Unlike the more commonly known electrons and protons, LPs are conceptualized as extremely lightweight, neutral particles that interact very weakly with ordinary matter, making them difficult to detect directly. These particles are theorized to possess unique properties, such as the ability to form extended structures or clusters, which could explain some observed phenomena in astrophysics and cosmology, like the gravitational effects seen in galaxy clusters. The light-like behavior of LPs suggests they might interact with electromagnetic fields, though their interactions are so weak that they pass through matter almost unimpeded, much like photons but without the electromagnetic charge. This makes them intriguing candidates for explaining mysterious cosmic phenomena without the need for more conventional dark matter particles.
