Lasers in the prototype of Atom Computing’s neutral atom quantum computer. Atom Computing QuEra, for example, uses rubidium atoms as qubits. Rubidium appears on the periodic table as one of the ...

However, several hardware approaches show promise. In neutral-atom systems, for example, the ability to arrange and move qubits can simplify engineering and expand potential qubit counts.

At first glance, a neutral atom—a particle with no net electric charge, balancing equal numbers of protons and electrons—may appear as a straightforward choice for quantum processors.

At first glance, a neutral atom-;a particle with no net electric charge, balancing equal numbers of protons and electrons-;may appear as a straightforward choice for quantum processors.

It also tells us that chlorine has 18 neutrons (35 - 17) and, as the number of electrons and protons are equal in a neutral atom, chlorine also has 17 electrons. The relative mass of a nucleus is ...

One of them is based on neutral atoms ... the electronic state of the atoms, for example with optical tweezers, so that each individual atom in the register becomes a qubit holding quantum ...

This was demonstrated using neutral atom qubits by an academic lab at Harvard University about a year ago. The new manuscript demonstrates that it also works on a commercial machine from Atom ...

It’s this virtualization system, combined with the steady advances in Atom Computing’s work with neutral atoms, that has, in part, allowed for these recent advances, Svore said. One factor ...

Pasqal has been selected by the European High-Performance Computing Joint Undertaking (EuroHPC JU) to provide a neutral atom-based quantum simulator. The contract is valued at €13 million ($14m) and ...