Multistability, chaos, and random signal generation in semiconductor superlattices

Mathematics

• Superlattices 100%
• Multistability 86%
• Semiconductors 73%
• Chaos 58%
• Initial conditions 25%
• Radiation 22%
• Electronic Properties 17%
• Trajectory 16%
• Semiconductor Devices 14%
• Random number Generator 13%
• Range of data 12%
• Periodic Structures 12%
• Detector 12%
• Chaotic Attractor 12%
• Dynamical Behavior 10%
• Electron 10%
• Charge 10%
• Phase Space 9%
• Critical point 9%
• Engineering 8%
• Spectrality 7%
• Motion 7%
• Asymptotic Behavior 7%
• Demonstrate 6%
• Model 3%

Physics & Astronomy

• random signals 89%
• superlattices 59%
• chaos 57%
• radiation sources 21%
• trajectories 16%
• landing 14%
• random numbers 13%
• hot electrons 10%
• semiconductor devices 10%
• critical point 9%
• space charge 9%
• generators 8%
• occurrences 8%
• amplifiers 8%
• frequency ranges 7%
• engineering 7%
• detectors 5%
• electronics 5%

Medicine & Life Sciences

• Semiconductors 89%
• Radiation 15%
• Space Flight 13%
• Equipment and Supplies 12%
• Noise 9%
• Electrons 8%