Overview
- Researchers at the Universities of Melbourne and Manchester develop a method to produce ultra-pure silicon, crucial for quantum computing.
- The new silicon purification process reduces computing errors and allows for more complex calculations than current technologies.
- Silicon-28 enriched chips can sustain quantum coherence longer, potentially outperforming today's supercomputers with fewer qubits.
- The breakthrough could lead to the production of quantum computers capable of holding up to a million qubits.
- This advancement is expected to transform fields such as AI, secure communications, and pharmaceuticals.