Migrated from Asana
Status: Open
Assignee: yonghu@mit.edu
Section: Build a Quantum Network Emulator
Fabrication of SnV Centers-Based Quantum Device with High Photon Collection Efficiency
Grow and implant SnV centers into diamond with optimized photonic structures to enhance photon collection.
Integrate SnV Centers with CMOS Chip for Strain Tuning and Microwave Control
Implement a CMOS-integrated system for precise strain tuning and microwave control of the SnV centers.
Develop and Automate Control Over SnV Centers for Quantum State Manipulation
Design an automated control system to manipulate the quantum state of SnV centers using optical and microwave control.
Build and Connect Multiple SnV Qubits into a Quantum Network
Establish entanglement between SnV centers across quantum nodes, forming a quantum network.
Scale the System to Support Hundreds of SnV Qubits, Emulating a Large Quantum Network
Expand the system to hundreds of interconnected SnV qubits for large-scale quantum network emulation.
Migrated from Asana
Status: Open
Assignee: yonghu@mit.edu
Section: Build a Quantum Network Emulator
Fabrication of SnV Centers-Based Quantum Device with High Photon Collection Efficiency
Grow and implant SnV centers into diamond with optimized photonic structures to enhance photon collection.
Integrate SnV Centers with CMOS Chip for Strain Tuning and Microwave Control
Implement a CMOS-integrated system for precise strain tuning and microwave control of the SnV centers.
Develop and Automate Control Over SnV Centers for Quantum State Manipulation
Design an automated control system to manipulate the quantum state of SnV centers using optical and microwave control.
Build and Connect Multiple SnV Qubits into a Quantum Network
Establish entanglement between SnV centers across quantum nodes, forming a quantum network.
Scale the System to Support Hundreds of SnV Qubits, Emulating a Large Quantum Network
Expand the system to hundreds of interconnected SnV qubits for large-scale quantum network emulation.