Advanced Quantum Computing Technologies: Optical Tweezers, Quantum Optical Cells, and Neutral Atom Qubits

A suite of groundbreaking technologies enhancing quantum computing capabilities through innovative optical tweezers, specialized quantum optical cells, and neutral atom qubit manipulation.

• Increased precision and flexibility in quantum state manipulation.
• Enhanced control over electric fields in quantum measurements.
• Improved qubit connectivity and functionality in quantum computing systems.

Quantum computing, quantum information processing, advanced scientific research in quantum mechanics, and potential applications in cybersecurity and data encryption.

These technologies represent significant advancements in quantum computing, addressing key challenges in manipulating quantum states for enhanced computing power.

Existing quantum computing systems face limitations in precision and control, especially in manipulating Rydberg atoms and quantum states.

The key innovation pertains to a quantum computing device utilizing neutral atoms, specifically in the field of quantum computing using neutral atoms as qubits. The technology is an advancement over conventional quantum computing systems which use ionic qubits or superconductive qubits.

The main technological steps for the implementation of the quantum computing system are:

• Neutral atom qubit device for improved qubit manipulation and connectivity.
• Optical tweezers using acousto-optic deflectors for dynamic atom manipulation.
• Quantum optical cell with transparent, conductive electrodes for precise electric field control.

Pagano A et al.; Physical Review Research 4 (3), 033019 (2022): Error budgeting for a controlled-phase gate with strontium-88 Rydberg atoms

Unnikrishan G et al.; preprint at: arxiv: 2401.10679 (3/2024): Coherent Control of the Fine-Structure Qubit in a Single Alkaline-Earth Atom