Strategic Objectives
• Master the physics of microwave-to-optical conversion for long-distance networking.
• Explore modular architectures that allow quantum computers to scale indefinitely.
• Understand the critical role of transducers in hybrid quantum information processing.
• Discover the engineering behind low-loss quantum state transfer across diverse platforms.
The Core Challenge
Quantum systems are currently trapped in isolated environments, limited by the physical boundaries of single refrigerators and vacuum chambers.
01
The Scaling Challenge
02
Foundations of Quantum Information
03
Physical Realizations of Qubits
04
Principles of Transduction
05
The Microwave Regime
06
Optical Quantum Communication
07
Microwave-to-Optical Mapping
08
Cavity Electro-Optics
09
Quantum Optomechanics
10
Piezoelectricity in Quantum Systems
11
Phononics and Acoustic Links
12
Magneto-Optics
13
Cryogenic Engineering for Interconnects
14
Signal Loss and Decoherence
15
Quantum Repeaters
16
Modularity in System Architecture
17
Integrated Photonics
18
Frequency Combs and Metrology
19
Hybrid Quantum Systems
20
The Quantum Internet
21