Roughly 300 qubits can represent 2^300 classical bits, comparable to the number of particles in the universe.
Roughly 300 qubits can represent 2^300 classical bits, comparable to the number of particles in the universe.
More from this video
See all →A silicon hole acts like a positive charge, even though it is really an empty place where an…
N-type and p-type silicon are both electrically neutral. Their labels describe mobile charges, not…
Add phosphorus to silicon and its fifth valence electron breaks free, creating n-type silicon with…
A small positive gate voltage attracts electrons, shrinks the depletion layer, and creates the…
When n-type and p-type regions meet, electrons fill holes and leave a depletion layer with few…
Doping gives semiconductors extra mobile charges by replacing some atoms with elements that have…
Each silicon atom bonds four outer electrons with four neighbors, creating a tetrahedral crystal…
Moore’s law says the number of transistors on a chip doubles every two years.
Don't lose this one
A free account saves insights like this to your Boards, and Korva resurfaces them so you actually remember.
