Keyphrases
Low Power Architecture
100%
Electrostrictive Material
100%
Two Dimensional
100%
Ultra-low-power Circuit
100%
Two Dimensional Materials
75%
Transistor
50%
Electronic System
50%
Band Gap
50%
Steep Switching
50%
Community College
25%
Oriented Architecture
25%
Everyday Life
25%
4-year Universities
25%
Intralayer
25%
Highly Parallel
25%
High Performance
25%
Expected Benefits
25%
Field-effect Transistors
25%
Steep Slope
25%
Implantable Devices
25%
Interlayer Distance
25%
Educational Outreach
25%
Induced Strain
25%
Layered Compounds
25%
Ambient Energy Harvesting
25%
Two-dimensional Channels
25%
MOSFET
25%
Device Physics
25%
Internet of Things
25%
Flexible Electronics
25%
Large Band Gap
25%
Off-state
25%
Circuit Design
25%
Semimetal
25%
CMOS Technology
25%
Remote Sensors
25%
IoT Nodes
25%
Lasting Impact
25%
Band Structure Engineering
25%
Van Der Waals
25%
Underground Physics
25%
Design-led
25%
Transduction Mechanism
25%
Silicon-based
25%
All Levels
25%
Energy Efficiency Performance
25%
Energy Harvesting
25%
Self-powered
25%
Novel Electronics
25%
Energy Efficient
25%
Fundamental Limitations
25%
21st Century
25%
Unique Characteristics
25%
Educational Partnerships
25%
Channel Material
25%
Course Materials
25%
Energy Efficiency
25%
Material Engineering
25%
Adaptive Voltage Scaling
25%
Interlayer Interaction
25%
Gate Bias
25%
Covalent Interaction
25%
Strain Transduction
25%
Robust Circuits
25%
On-state
25%
Device-circuit Co-design
25%
Gate Oxide
25%
Engineering
Field Effect Transistor
100%
Two Dimensional
100%
2D Material
60%
Energy Efficiency
40%
Energy Harvesting
40%
Voltage Scaling
20%
Induced Voltage
20%
Covalent
20%
Self-Powered
20%
Interlayer Distance
20%
Band Structure
20%
Metal-Oxide-Semiconductor Field-Effect Transistor
20%
Integral Part
20%
Plane Stress
20%
Nodes
20%
Interlayer Interaction
20%
Circuit Design
20%
Gate Oxide
20%
Engineering
20%
Gate Bias
20%
Flexible Electronics
20%
Medical Implant
20%
Limitations
20%
Field-Effect Transistor
20%
Engineering Structure
20%
Remote Sensor
20%
Everyday Life
20%