Editing Quantum Bits and Superposition (section)

== <span style="color: #FFFFFF;">Creating</span> ==
Future Frontiers:
# '''Room-Temperature Qubits''': Using "Diamond Vacancies" (tiny holes in diamonds) to create qubits that can stay in superposition without being frozen.
# '''Topological Qubits''': A new type of qubit (pursued by Microsoft) that is "Braided" like a rope, making it immune to noise and accidental collapse.
# '''Photonic Computing''': Using "Light" as qubits, which can travel through fiber-optic cables without losing their quantum state.
# '''Bio-Quantum Sensors''': Using the "Superposition" of molecules in our own bodies to detect cancer or heart disease with 1,000x sensitivity.

[[Category:Physics]]
[[Category:Computer Science]]
[[Category:Quantum Computing]]
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