Strategic Objectives
• Master the complex fluid dynamics of low Reynolds number environments.
• Unlock the secrets of flagellar and ciliary biological motors.
• Design synthetic appendages that mimic the efficiency of evolution.
• Architect the future of autonomous, targeted drug delivery systems.
The Core Challenge
Traditional propulsion fails in the viscous world of the microscopic, leaving a gap in targeted medical and industrial technology.
01
The Scale of Small
02
Life in Syrup
03
The Scallop Theorem
04
Nature’s Outboard Motor
05
The Ciliary Carpet
06
Biological Molecular Motors
07
Synthetic Nanomotors
08
Microfluidic Environments
09
Magnetotactic Navigation
10
Elasticity and Deformation
11
The Axoneme Blueprint
12
Stokes Flow Dynamics
13
Brownian Motion Challenges
14
Fabricating Nano-Appendages
15
Chemically Driven Propulsion
16
Acoustic and Ultrasound Steering
17
Sensing the Micro-Environment
18
Swarm Intelligence
19
Targeted Drug Delivery
20
Bio-Ethics and Nano-Safety
21
The Future of Synthetic Life
Explore Research Ecosystem
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