Topic: Research News
Physicist Aldo Romero explains how quantum mechanics works and its strange effects on tiny particles. He discusses how scientists are learning to harness these effects to build new machines, like the quantum computer.
Imagine shining a flashlight across a dark room. You can predict exactly what the light will do: travel in a straight line from one point to another. However, at the atomic scale, light does not behave as though it follows only one straight route.
In fact, a particle of light explores every path available to it at once. This means that one path may be the straight line across the room, but others could involve the light bouncing off walls or curving through space before reaching its destination. In a sense, nature keeps all these possibilities
Implications
Physicist Aldo Romero explains how quantum mechanics works and its strange effects on tiny particles. He discusses how scientists are learning to harness these effects to build new machines, like the quantum computer.
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