Majorana fermions are exotic particles that are their own antiparticles, meaning matter and antimatter properties exist within the same entity, unlike typical particles like electrons which have distinct positron counterparts; these particles have been experimentally observed in solid-state systems and could be highly stable, making them promising candidates for quantum computing applications while also challenging our fundamental understanding of matter.
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There are particles that are their own antimatterAdded:
There are particles that are their own antiparticles. Most particles have antimatter counterparts, but some, called Majorana fermions, >> [music] >> may be their own antiparticles. This means matter and antimatter properties exist in the same [music] entity.
They've been experimentally hinted at in solid-state systems. These particles could be incredibly stable, [music] making them ideal for quantum computing.
They also raise deep questions about the nature of matter [music] itself, where the distinction between particle and antiparticle disappears. Enjoy today's science facts, please like and subscribe, and tune in [music] tomorrow.
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