Light exhibits wave-particle duality with properties of both waves and particles, impacting its interactions with materials.
Light has both wave-like and particle-like properties, a concept known as wave-particle duality. It behaves as a wave in certain experiments (e.g., bending around obstructions) and as a particle in others (e.g., photoelectric effect).
Light, a form of electromagnetic radiation, is made up of photons, which are indivisible energy particles. These photons exhibit wavelength-dependent characteristics like color.
Light can reflect, absorb, or transmit when interacting with materials, demonstrating its wave-like and particle-like behaviors through experiments. The nature of light remains an intriguing interplay between waves and particles.
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