Blogs

Entanglement alone isn’t enough for a quantum advantage. This blog post explains the essential resource known as "magic," why T-gates make all the difference, and where the limits of the technology lie.

Quantum annealing helps solve complex logistics problems like the Vehicle Routing Problem. We split it into cluster and route phases, encode as QUBO, and solve with a D-Wave simulator. This is a glimpse into the future of more efficient supply chains.

Gate-based quantum computing and quantum annealing are two approaches to implement quantum computing. The former is universal, the latter ideal for optimization. The choice depends on your problem — and your hardware.

OpenFermion makes it easy to simulate complex quantum systems like the Bose-Hubbard model using quantum computing. We explore the transition from superfluidity to the Mott insulator and observe how the phase reoccurs. This is a peek into how quantum computing is shaping the future of condensed matter physics.