US EditionExperimental Demonstration of Breakeven for a Compact Fermionic Encoding
2 Articles
2 Articles
Experimental demonstration of breakeven for a compact fermionic encoding
Solving the Fermi–Hubbard model is a central task in the study of strongly correlated materials. Digital quantum computers can, in principle, be suitable for this purpose, but have so far been limited to quasi-one-dimensional models. This is because of exponential overheads caused by the interplay of noise and the non-locality of the mapping between fermions and qubits. Here we use a trapped-ion quantum computer to experimentally demonstrate tha…
Each elementary particle is classified into one of two categories. Bosons, of a collectivist nature, are responsible for the forces that move us, while individualistic fermions prevent our atoms from collapsing. An article by Matt von Hippel. Original story reprinted with the permission of Quanta Magazine, an editorially independent publication supported by the Simons Foundation. Fermions must remain isolated, while bosons can interact in the sa…
Coverage Details
Bias Distribution
- 100% of the sources are Center
To view factuality data please Upgrade to Premium
