Strategic Objectives
• Harness room-temperature quantum sensing for unprecedented precision.
• Map magnetic fields at the nanometer scale with diamond defects.
• Integrate quantum probes directly into biological and material environments.
• Master the solid-state physics driving the next sensing revolution.
The Core Challenge
Traditional sensors are too bulky or invasive to measure the delicate thermal and magnetic dances happening inside a single living cell.
01
The Quantum Sentinel
02
The Diamond Matrix
03
Quantum States and Spin
04
Optical Initialization
05
Magnetic Resonance Foundations
06
The Zeeman Effect
07
Decoherence and Relaxation
08
Quantum Coherent Control
09
Dynamical Decoupling
10
Nanoscale Thermometry
11
Hyperfine Interactions
12
Fabricating the Diamond Probe
13
Nanodiamonds in Biology
14
The Confocal Microscope
15
Scanning Probe Nanometrology
16
Surface Science and Functionalization
17
Strain and Pressure Sensing
18
Quantum Electrodynamics in Diamond
19
Electric Field Sensing
20
The Future of Quantum Biology
21
Scaling Up
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