When a wave function "collapses," it means that something that was uncertain becomes certain.
In quantum mechanics, particles like electrons are described by a wave function, which gives a range of possibilities for where the particle could be or how it could behave. Before we measure it, the particle can be thought of as existing in all those possibilities at once (this is called "superposition").
When we measure or observe the particle (like checking where it is), the wave function "collapses" — it picks one specific result from all the possibilities. That result is what we see or measure.
It's like rolling a die: before you roll, the die could land on any number, but once it lands, it’s one specific number. The act of measuring "collapses" the possibilities into the observed outcome.
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It’s a way to describe the mysterious, spread-out behavior of particles in the quantum world!
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