Strategic Objectives
• Master the physics of intracellular magnetic field production.
• Understand why magnetic fields bypass skull distortion for cleaner data.
• Explore the cutting-edge SQUID hardware powering modern neuroimaging.
• Decode the complex mathematical modeling required for source localization.
The Core Challenge
Traditional EEG is often blurred by the skull's interference, leaving neural currents shrouded in technical noise.
01
The Silent Signal
02
The Physics of Thought
03
Microscopic Origins
04
Maxwell’s Legacy
05
The Transparency Advantage
06
Quantum Precision
07
Absolute Zero
08
Shielding the Storm
09
The Flux Transformer
10
Spatial Resolution
11
Geometric Modeling
12
The Current Dipole
13
Temporal Dynamics
14
Signal Processing
15
The OPM Revolution
16
Functional Connectivity
17
Clinical Applications
18
Cognitive Neuroscience
19
Multimodal Imaging
20
Statistical Inference
21