Strategic Objectives
• Understand the atomic precision of h-BN as a wide-bandgap dielectric.
• Learn how to eliminate substrate-induced scattering in graphene devices.
• Explore the thermal management capabilities of 'white graphene' in compact circuits.
• Discover the future of van der Waals heterostructures and tunneling transistors.
The Core Challenge
Traditional silicon dioxide substrates limit the performance of 2D materials through surface roughness and trapped charges.
01
The Genesis of White Graphene
02
The 2D Material Landscape
03
Atomic Architecture
04
The Dielectric Shield
05
Synthesizing Perfection
06
From Bulk to Layer
07
Thermal Management
08
The Perfect Substrate
09
Van der Waals Heterostructures
10
Graphene on h-BN
11
Optical Excellence
12
Defect Engineering
13
The Tunneling Barrier
14
Mechanical Strength
15
Characterization Tools
16
Imaging the Lattice
17
Chemical Stability
18
Interfacial Physics
19
Beyond the Lab
20
The Quantum Frontier
21
The Roadmap Ahead
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