Strategic Objectives
• Master the mechanics of wireless, ultrasound-powered neural communication.
• Explore the engineering of sub-millimeter scale CMOS biosensors.
• Understand how to overcome the blood-brain barrier with minimally invasive tech.
• Discover the future of bioelectronic medicine and chronic disease management.
The Core Challenge
Traditional neural interfaces are bulky, invasive, and prone to failure due to restrictive wiring and inflammatory responses.
01
The Dawn of Neural Dust
02
The Physics of Ultrasound
03
The Piezoelectric Core
04
CMOS Miniaturization
05
Neural Electrophysiology
06
Backscatter Communication
07
Biocompatible Packaging
08
MEMS Fabrication
09
Bioelectronic Medicine
10
The Peripheral Nervous System
11
Impedance Matching
12
Neuroplasticity and Long-term Use
13
Application in Myography
14
The Blood-Brain Barrier
15
Signal Processing Algorithms
16
Inductive vs. Ultrasonic Coupling
17
Encapsulation Chemistry
18
Neuroethics
19
Interventional Radiology
20
The Internet of Bodies
21
The Future of Human Augmentation
Explore Research Ecosystem
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