Nanoscale Nonlinear PANDA Ring Resonator

Microring/nanoring resonator is an interesting device that has been widely studied and investigated by researchers from a variety of specializations. This book begins with the basic background of linear and nonlinear ring resonators. A novel design of nano device known as a PANDA ring resonator is proposed. The use of the device in the form of a PANDA in applications such as nanoelectronics, measurement, communication, sensors, optical and quantum computing, drug delivery, hybrid transistor and a new concept of electron-hole pair is discussed in detail.

Linear and Nonlinear Ring ResonatorsIntroductionA Linear Microring ResonatorA Linear Add/Drop FilterVernier EffectAll-Pass and Add/Drop FilterA Nonlinear Microring ResonatorA Nonlinear Add/Drop FilterConclusionReferencesA PANDA Ring ResonatorIntroductionTheory and ModelingDynamic Pulse PropagationSymmetry and Asymmetry PANDA Ring ResonatorsRandom Binary Code GenerationBinary Code Suppression and RecoveryConclusionReferencesDark-Bright Soliton ConversionIntroductionOperating PrincipleSoliton Nonlinear BehaviorsOptical SolitonDark-Bright Soliton ConversionDark-Bright Soliton Conversion in Add/Drop FilterSoliton Collision Management in a Microring ResonatorSoliton Collision ManagementConclusionReferencesDynamic Optical TweezersIntroductionThe Add/Drop Optical FilterStorage Trapping ToolDynamic Potential Well GenerationDynamic Optical Tweezers via a Wavelength RouterTrapping ForcesTrapping StabilityTrapping and Transportation MechanismAtom/Molecule Transmission and Transportation via Wavelength RouterConclusionReferencesHybrid InterferometerIntroductionTheoretical BackgroundHybrid InterferometerConclusionsReferencesHybrid TransceiverIntroductionTheoryHybrid Transceiver and RepeaterConclusionReferencesNanocommunicationIntroductionMulti Variable Quantum Tweezers Generation and ModulationMolecular Transporter Generation for Quantum-Molecular TransmissionConclusionReferencesNanosensorsIntroductionNetwork Sensors using a PANDA Ring Resonator TypeSelf-calibration in a Fiber Optic Sensing SystemConclusionReferencesOptical and Quantum ComputingIntroductionQuantum Controlled-NOT (CNOT) GateQuantum SWAP GateAll-optical Logic GateDark-Bright Soliton Conversion MechanismOptical XOR/XNOR Logic Gate OperationOperation Principle of Simultaneous All-optical Logic GatesOOK GenerationConclusionReferencesDrug DeliveryIntroductionOptical Vortex GenerationDrug Trapping and DeliveryConclusionReferencesHybrid TransistorIntroductionAll-Optical Photonic TransistorSingle-Photon TransistorSingle-Atom TransistorSingle-Electron TransistorSingle-Molecule TransistorPhotonic Transistor using PANDA RingConclusionReferencesElectron-Hole Pair ManipulationIntroductionSingle Electron-Hole Pair GenerationMulti Electron-Hole Pair GenerationConclusionReferencesIndex

Yupapin, Preecha; Teeka, Chat; Ali, J.