Application Direction

Graphene Sidewall Transistor -- Graphene Wafer

• Uses graphene edges as gate electrodes.
• Controls a vertical MoS2 channel.
• Gate length: 0.34 nm (ultra-small).
• Enables smaller, faster, energy-efficient electronics.
• Promising for next-gen compact devices.

Reference Article -- Vertical MoS2 transistors with sub-1-nm gate lengths

Graphene as Buffer Layer for Epitaxial Growth -- Graphene Wafer

• Supports GaN and other materials' epitaxial growth.
• Reduces lattice mismatch and thermal stress.
• Enhances material quality and device performance.
• Enables thinner, more efficient structures.
• Promotes development of LEDs, power electronics, and RF devices.
• Facilitates scalable, high-quality production.

Graphene as Barrier Film -- Graphene Film

• Acts as water and oxygen barrier.
• Protects sensitive materials from moisture and oxidation.
• Enhances durability of electronics, food packaging, and pharmaceuticals.
• Ultra-thin, lightweight, and flexible.
• Suitable for flexible displays, solar cells, and medical devices.
• Promotes longer product shelf life and performance stability.

Graphene Sensors-- Graphene Film / Wafer

• Enables highly sensitive detection of gases, chemicals, and biomolecules.
• Fast response time and low detection limits.
• Flexible and lightweight for wearable and implantable devices.
• Used in environmental monitoring, healthcare, and industrial safety.
• Supports real-time data collection and IoT integration.
• Promotes development of next-gen medical diagnostics and smart sensors.