Carbon-based molecular qubits: a chemical pathway to ambient quantum technologies

Area of Science:

• Quantum technology
• Materials science
• Molecular engineering

Background:

• Carbon-based materials offer unique properties for quantum applications.
• Molecular systems present opportunities for scalable quantum devices.

Purpose of the Study:

• To outline the foundational design principles for carbon-based molecular quantum technologies.
• To identify critical challenges hindering the advancement of these technologies.
• To propose future research directions for realizing their full potential.

Main Methods:

• Perspective-based analysis of current research.
• Review of theoretical and experimental advancements.
• Identification of key design considerations and obstacles.

Main Results:

• Established design principles for molecular quantum systems.
• Highlighted challenges in fabrication, control, and scalability.
• Identified promising avenues for future development.

Conclusions:

• Carbon-based molecular quantum technologies are a promising frontier.
• Overcoming specific challenges is crucial for progress.
• Continued interdisciplinary research will drive innovation.