Strategic Objectives
• Understand the fundamental physics of the Electric Double Layer.
• Master the high-speed kinetics of pseudocapacitive redox reactions.
• Design systems capable of millions of charge-discharge cycles.
• Bridging the gap between high power density and energy storage.
The Core Challenge
Modern technology is often throttled by the slow charging and limited cycle life of traditional lithium-ion batteries.
01
The Dawn of Fast Storage
02
Foundations of Charge
03
The Power of Surface Area
04
Defining Pseudocapacitance
05
Kinetics vs. Thermodynamics
06
The Role of Transition Metals
07
Conductive Polymers
08
Electrolytes: The Ionic Highway
09
Nanostructuring for Speed
10
The Ragone Plot
11
Hybrid Systems
12
Characterization Techniques
13
Diffusion and Mass Transport
14
MXenes and 2D Materials
15
Thermal Management
16
Cycle Life and Degradation
17
Manufacturing at Scale
18
Grid Storage and Renewables
19
Transportation Applications
20
Wearable and Micro-Storage
21
The Road Ahead
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