Strategic Objectives
• Discover the mechanics of near-zero friction in carbon-based cylinders.
• Understand ballistic transport and why electrons travel without scattering.
• Learn how 1D confinement enables speeds that defy classical predictions.
• Explore real-world applications from desalination to ultra-fast logic gates.
The Core Challenge
Traditional fluid dynamics and electrical resistance fail at the nanoscale, creating a bottleneck in next-generation filtration and computing.
01
The Architecture of Carbon
02
The Geometry of Chiral Vectors
03
Life in One Dimension
04
The Quantum Wire
05
Ballistic Electron Motion
06
The Landauer Formula
07
Luttinger Liquid Theory
08
Phonon Scattering and Heat
09
The Nanofluidic Frontier
10
Frictionless Flow
11
Molecular Dynamics Simulations
12
The Knudsen Diffusion Limit
13
Osmosis at the Nanoscale
14
Electrophoretic Transport
15
Thermal Conductivity in 1D
16
The Role of Defects
17
Van der Waals Interactions
18
Nanotube Transistors
19
Biosensors and Sequencing
20
Synthesis and Scalability
21
The Future of 1D Confinement
Explore Research Ecosystem
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