Quantum Computing with Single Atom Nucleus

What is the primary advantage of using the nucleus of a single atom in silicon for quantum bits?

• It is larger than other components.

• It is cheaper to produce.

• It is easier to manipulate.

• It is highly resistant to external disturbances.

How does a qubit differ from a traditional bit in computing?

• A qubit can exist in multiple states simultaneously.

• A qubit can only be a 0 or 1.

• A qubit is used only in classical computers.

• A qubit is slower than a traditional bit.

Which technology was mentioned as having won a Nobel Prize for its quantum bit?

• Quantum bits in superconductors

• Quantum bits in electromagnetic traps

• Nuclear spin qubits in silicon

• Quantum bits in optical fibers

What was the significant achievement of the team as reported in Nature magazine?

• Designing a new silicon-based transistor

• Creating a quantum bit in a vacuum

• Developing a quantum bit based on a single atom in a silicon chip

• Inventing a new type of classical computer

Why is the new qubit technology considered compatible with existing industry standards?

• It is designed for use in vacuum environments.

• It requires no power to operate.

• It is based on silicon, which is already widely used.

• It uses a completely new material.