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Spike processing with a graphene excitable laser
Bhavin J. Shastri
, Mitchell A. Nahmias
, Alexander N. Tait
,
Alejandro W. Rodriguez
, Ben Wu
,
Paul R. Prucnal
Electrical and Computer Engineering
Princeton Quantum Initiative
Princeton Materials Institute
NextG
Research output
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Article
›
peer-review
159
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Keyphrases
Graphene
100%
Excitable Lasers
100%
Spike Processing
100%
Laser System
50%
Optical Information Processing
50%
Photonics
25%
Time-resolved
25%
Logic Level
25%
Output Isolation
25%
Cascadability
25%
Input-output
25%
Level Restoration
25%
Efficiency Improvement
25%
Laser Processing
25%
Processing Task
25%
Analog Signal Processing
25%
Excitable Dynamics
25%
Processing Device
25%
Dynamical Behavior
25%
Digital Processing
25%
Unique Properties
25%
Integrated Laser
25%
Fundamental Challenges
25%
Integrated Device
25%
Expressiveness
25%
Carrier Relaxation
25%
Microfabrication
25%
Unified Platform
25%
Coupled Lasers
25%
High Absorption
25%
Temporal Action Detection
25%
Binary Logic
25%
Speed Improvement
25%
Fiber Laser System
25%
Engineering
Graphene
100%
Laser System
50%
Optical information processing
50%
Photonics
25%
Laser Processing
25%
Pattern Detection
25%
Recurrent
25%
Fibre Laser System
25%
Expressiveness
25%
Microfabrication
25%
Dynamical Behavior
25%
Binary Logic
25%
Analog Processing
25%
Integrated Circuit
25%
Computer Science
Information Processing
100%
Pattern Detection
50%
Input/Output
50%
Unique Property
50%
Logic Level
50%
Integrated Circuit
50%
Physics
Graphene
100%
Optical Information Processing
50%
Photonics
25%
Integrated Circuit
25%
Microfabrication
25%
Digital Processing
25%
Fiber Laser
25%
Pattern Detection
25%
Material Science
Graphene
100%
Optical Information Processing
50%
Digital Processing
25%
Fiber Laser
25%
Microfabrication
25%
Novel Material
25%
Novel Device
25%
Laser Processing
25%