Light's Vision

Light's Vision is a principle in quantum physics, proposed by physicist Richard Light, suggesting that the act of observing a quantum system influences its outcome. It highlights how measurement affects the behavior of particles at tiny scales, where their properties are not fixed until measured. Essentially, Light's Vision emphasizes that observation and the way we measure particles can change their states, reflecting the fundamental interconnectedness between measurement and reality in quantum mechanics. This concept helps us understand phenomena like superposition and entanglement, reinforcing that at small scales, the act of seeing or measuring is integral to defining what is observed.