Strategic Objectives
• Master the physics of the acoustoelectric effect in neural tissue.
• Achieve high-resolution mapping at depths previously unreachable.
• Integrate sonography and electrophysiology into a single modality.
• Explore the future of non-invasive brain-machine interfaces.
The Core Challenge
Traditional neural imaging forces a trade-off between the deep reach of ultrasound and the electrical specificity of EEG.
01
The Convergence of Sound and Current
02
The Physics of the Acoustoelectric Effect
03
Neural Tissue Properties
04
Ultrasound Transduction Fundamentals
05
Electrophysiological Fundamentals
06
Principles of Bioimpedance
07
The Role of Piezoelectricity
08
Spatial Resolution and Beamforming
09
Signal-to-Noise Challenges
10
Digital Signal Processing for Neuro-Mapping
11
Non-Invasive Deep Brain Sensing
12
Acoustoelectric Tomography
13
Functional Ultrasound Modulation
14
Comparing Modalities
15
The Blood-Brain Barrier and Ultrasound
16
Instrumentation and Circuit Design
17
Mapping the Peripheral Nervous System
18
Clinical Applications in Epilepsy
19
Brain-Machine Interfaces
20
Ethical and Regulatory Considerations
21
The Future of Acoustoelectrics
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