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Master Programme in Advanced Optical Technologies

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Master Programme in Advanced Optical Technologies

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Master’s theses

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Master’s theses

Master’s Theses

  • Basaran, Necdet: Assessing the Accuracy and Efficiency of Rigorous Coupled Wave Algorithms (RCWA) for Pho­tonic Waveguide Applications
  • dos Santos, Thiago José: A Study on the Multi-Trigger Resist by Adaptation of the RoadRunner Model for EUV Lithography
  • Fauman, Jacob: Non-Hermitian Graph Symmetries and Exceptional Points Dynamics
  • Knöfel, Martin: Experimental Characterisation of Spatially and Temporally Focused Femtosecond Laser Pulses
  • Mensah, Gideon: Development of an Optical Setup and an Image Analysis for the Measurement of Contact Angles and Contact Angle Hysteresis of Fluids with Low Surface Tension
  • Tetzlaff, Lukas: Influence of Subatmospheric Pressure Conditions on Seam Characteristics and Spatter Formation in Laser Beam Welding of Copper Using Green Laser Radiation

  • Abo Koura, Mouhamad: Development of a UV Source of Low-noise Wavelength-tunable Femtosecond Pulses for Dual-frequency Domb Applications
  • Bachir, Jana: Bisacylphosphane Oxides (BAPOs) as Potential Photolatent Therapeutic Compounds
  • Fauman, Jacob: Non-Hermitian Graph Symmetries and Exceptional Points Dynamics
  • Gebrekidan, Desta: Improving the Evaluation of Wide-Angle Light Scattering (WALS) Data using Machine Learning Algorithms
  • Hagos, Merhawit: Optical Characterization of a Novel Fluorescent Protein Staygold
  • Küblböck, Michael: Solar Pumped Nd:YAG Laser
  • Nzenwata, Ijeoma: Study and Optimisation of Powder Sieving Technologies for Additive Manufacturing
  • Zahedian, Majid: Toward Efficient Control of Electron-Nuclear Spin Quantum Register
  • Zamani, Amin: Towards Two-Dimensional Sources of Quantum Light

  • Attariyan Khosroshahy, Mahdi: Development of High-Resolution Long-Range Chromatic Confocal Sensor
  • Bahri, Mehran: Watt-level Sub-100 Femtosecond Pulses at 2μm
  • Dobrovolskii, Sergei: Design and Evaluation of a Deep Learning Approach to Quantify Immune Cell Infiltrates in Volumetric Autofluorescence Image Data
  • Eshun, Marcellinus Pius: Comparison of different powder strategies for their usage in electrophotographic laser-based powder bed fusion of polymers
  • Gäbler, Florian: Qualification of an Oscillating Optics System for DED Laser Process
  • Ghosh, Anindya: Design and Evaluation of an Endomicroscopy Extension Module for Research Microscopes
  • Kulkarni, Juilee: Prediction of future research trends in Optics using Semantic Analysis and Artificial Neural Networks
  • Maran, Ilango: Fabrication of integrated fiber mirrors to realize a microresonator
  • Medvedev, Vadim: Optimization Potentials for the Deposition Process of Polymer Particles in the Context of Electrophotographic Powder Application for Laser-Based Powder Bed Fusion of Polymers
  • Medvedev, Vlad: 3D Mask Defect and Repair Simulation Based on SEM Images
  • Muthumbi, Alex: Defect detection on nano-imprint stamps with deep learning and low resolution microscope
  • Pal, Arghadeep: Dispersion Measurement and Engineering in Microresonators
  • Reischke, Marie: Design and fabrication assessment of a multifocus grating for microscopy
  • Roy, Biswaroop: Using Light for Bio-physical Analysis of Minimal Artificial Cells
  • Sedova, Valeriia: Modeling of Thick Photoresist for Grayscale Lithography Application
  • Sebastian, Caroline: The Wide Angle Diffraction in a Space Optical Instrument
  • Zakaria, Khabab: Using Deep Reinforcement Learning in Optimum Order Execution for Large, Mid, Small Caps and ETFs in Multiple Market Conditions
  • Zakaryapour. Mohammad Hossein: Data Processing and Analysis on Raman Micro-Spectroscopy for Raman Mapping and Quantitative Measurement of Concentrations in Biological Samples

  • Ballester Matito, Manuel: Data Driven Compuational Display: Computational 2D Display Using the Hogel Basis Screen
  • Bhardwaj, Pankaj: Modeling of Lithography and Calibration with Experimental Data for Blazed Gratings
  • Mohammadi Bidhendi, Mahdi: Controlling Temporal Jitter in Direct Electric-Fields Sampling
  • Bilalaj, Launora: Polarization of EUV Light via Multilayer Design
  • Blázquez Martìnez, Laura: Studying Non-linear Effects in Tapered Optical Fibers
  • Chen, Yaxin: Quality Control of Glass Coating: Quantification of Residual Stress using Raman Spectroscopy
  • Ghosh, Alekhya: Cooling in Optomechanics
  • Kalash, Mahmoud: Wigner function tomography of the squeezed vacuum state by means of Optical Parametric Amplification
  • Khalili Kelaki, Mohsen: Ultrashort Pulse Generation and Peak Power Scaling Systematic Study in Yb:YAG Bulk Oscillators with Separated Kerr-lens and gain medium
  • Mirsalehi, Maziar: Interactions Between Photoreceptor-driven Signals in the Electroretinogram (ERG)
  • Parvaz, Reza: Metalens Modelling for Arrayed VCSEL Beam Shaping
  • Suleman, Hamd: Domain Adaptation for Stereo Depth Estimatoin Using Deep Neural Network (DNN)
  • Sultanov, Vitaliy: Surface-Generated Polarization-Entangled Photons
  • Sundaramahalingam, Sanju: Influence of laser wavelength on weld seam properties in laser beam welding of copper materials in deep penetration mode
  • Vafaeinezhad, Mohammad Sadegh: Single-shot characterization of ultrashort near-infrared pulses using space-time duality

  • Awad, Abdalaziz: A Predictive Model for Lithographic Image Solutions with Generative Networks
  • Bauer, Carolin: Full Electric Field Characterization of Soliton-eecself-compresse Few-cycle Laser Pulses by Optical Field-induced Electric Currents in a Dielectric Microjunction
  • Elahi, Reza: Statistical Anaylsis of Melt Pool Monitoring Data Within Laser Powder Bed Fusion of Metals by Means of Machine Learning Algorithms
  • Jander, Julius: Solubility and Density Measurements as well as Calibration of Raman Spectroscopy for Liquid Organic Hydrogen Carrier / Hydrogen Systems
  • Mardani Samani, Masoud: 40 MHz Yb-based Fibre Laser Oscillator
  • Lopez Huidobro, Santiago: Experimental Realization of a Nonlinear Polarimeter Based on Second Harmonic Generation and Parametric Down Conversion
  • Medaer, Sacha: Reinforcement Learning for the Planning of Liver Tumor Thermal Ablation
  • Mohajerani, Sara: Automatic Tissue Diagnostic Using Deep Learning Based on Label-free Raman Spectroscopy and Two-photon Microscopy
  • Scherbaum, Daniel: Remote Endoscopic Photoacoustic Sensing Using
  • Ürgüp, Kaan: Characterizing the Motion of Particles Optically Trapped at the Focus of a Parabolic Mirror

  • Alomari, Mohammad: High Accuracy Phase Measurement Deflectometry for Free Form Objects Using Holistic Camera Calibration
  • Devaraj, Lokesh: Investigating the Lithographic Effects of Particles on High NA EUV Mask Pellicle
  • Dillmann, Manuel: Simulation of Amplified Spontaneous Emission in High Power Thin Disk Lasers
  • Harkhoe, Shiela: Simulation setup for the investigation of an ophthalmic diagnostic device
  • Ismail, Mohammed: Combined RGB and Infrared Fluorescence Stereo Images for Brain Shift
  • Jarkas, Hassan: Remote Photoacoustic Tomography Using Diode-Array
  • Khismatova, Liaisan: Investigation of non Gaussian beam shapes in tissue cutting with femto second laser
  • Kopp, Sebastian-Paul: Two-photon Polymerization for the Fabrication of Intraocular Lenses
  • Mesilhy, Hazem Mohamed Safwat: High NA of 0.75: A Simulation Study and multi-objective Optimization for EUV Lithography
  • Oruganti, Akash Nag: Quantum Theory of Actively-Phase-Locked Optical Parametric Oscillators Subject to Limit-Cycle Motion
  • Ravi, Uday Krishna: Simulation and Compensation of Laser Amplifier Influences during Laser Beam Shaping
  • Ürgüp, Kann: Characterizing the Motion of Particles Optically Trapped at the Focus of a Parabolic Mirror
  • Yürekli, Burak: Comparison of Local Evaluation Strategies for Robust Component Inspection Based on 3D Single Shot Measurements
  • Zakeri, Mohammad: Automatic Glottis Segmentation from High-Speed Video Endoscopy of the Larynx

  • Abou Hadba, Hani: Entangled Photons Recombination from Broadband Parametric Down-Conversion
  • Akther, Muhammad Sumair: A USAF 1951 Resolution Test Chart On-Chip: Design Modification, Simulation and Fabrication
  • Barakat, Ismael: On the Investigation of the Reducction of Phase Singularities in Speckles Interferometry
  • Cadin, Nicolae: Deep Neural Network for the Classification of Laser-Induced Breakdown Spectroscopy (LIBS) Spectral Data of Ex-Vivo Tissues
  • Gumpert, Fabian: Broadband Twin Beam Squeezing Probed via Nonlinear Interferometry
  • Hünermann, Richard: Polarization Tailored Raman Spectroscopy
  • Kerscher, Manuel: Thermal and Mass Diffusivities of Linear Alcohols Containing Dissovled Gases by Dynamic Light Scattering 
  • Lenahan, Frances: Investigation of SRAFs in EUV Lithography for Alternative Absorber Materials
  • Maria Navis Soris. Mathews Emmanuel Soris: Coaxial Melt-pool Monitoring in Laser Beam Melting: Analysis of Support Structures and Strategie to Reduce its Impact at Transition Zone
  • Mardani, Masoud: All Solid-State Spectral Broadenin and Temporal Compression of Femtosecond Pulses from a Ytterbium Doped Thin-disk Laser
  • Thoma, Felix: Study of Efficacy of a Photocatalytic Sterilization Method Dependent on Environmental Light
  • Vorndran, Martin: Weak Measurement Enhanced Localization of Nanoparticles Using Structured Light
  • Woldemanual, Dereje Shewaseged: Application of Deep Learning Algorithms for Lithographic Mask Characterization
  • Wang, Yihui: A Polyvinyl Chloride Plastisol (PVCp) based optofluidic Lab-on-a-chip Device to Mimic the Optical and Accoustic Properties of Vascularized Human Tissue

  • Butt, Muhammad Abdullar Tariq: Optical Properties of a Novel Carbon Allotrope Intercalated with Au/Ag Nanoparticles
  • Cao, Jingming: Characterization of Materials Properties by Polarization-Resolved Time-Domain Therahertz Spectroscopy
  • El-Khoury, Mikhael: Analysis of Quasi-Simulateneous Energy Deposition for Preheating Polymer Powders in the Simultaneous Laser Beam Melting Process
  • Gholami Mahmoodabadi, Reza:  Computational Techniques for Gold Nano Particle Tracking on Model Membrances Using ISCAT Microscopy
  • Grüßel, Felix: Detection of Mechanical Defects in Solar Cells by Photoluminescence Imaging
  • Ismael, Mohamed: Simulation Study For High-NA EUV Lithography
  • Otto, Leonie: Implementation and Analysis of Algorithms for Spectral Reconstruction Based on a Multispectral Sensor with Integrated Plasmonic Filters
  • Piszko, Maximilian: Mass Diffusion Coefficients of Mixtures Related to Fuels with Biogenic Components by Dynamic Light Scattering
  • Rall, Phillip Lino: 3D Ray Tracing Model for Laser Beams Influenced by Thermal Lensing in Solid State Gain Media
  • Schiffers, Florian: On Computed Tomography in Talbot-Lau X-Ray Interferometry
  • Sorayya, Shadi: Optical Responses of Heterogeneous Nanoparticle Clusters Probed with Spatial Modes of Light
  • Tesema, Kinfegebriel Kebede: Performance Analysis of Anamorphic Imaging System for High NA EUV Lithography

  • Alissa, Mai: Statistical Signal Processing Method for Sleep Analysis in Infants
  • Beltrán, Lina Marcela: Obtaining Bright Squeezed Vacuum in Orbital Angular Momentum Modes Using a Non-Linear Interferometer
  • Bhatti, Ahmad Farhan: Optical Investigation of Interplay of Mie and Diffraction Resonances in Planar Non-Closely Packed Hybrid Metal-dielectric Photonic Crystals
  • Bogale, Setegn Ayalew: Mueller Matrix Analysis for Light Interacting with Dense Particulate Films
  • Bordin, Andrea: Laser Processing of Thin Borosilicate Glass with UV Nanosecond Laser Radiation
  • Kreiß, Lucas: Raman Spectroscopy and Multiphoton Endomicroscopy for Labelfree Optical Diagnostics of Colon Cancer
  • Liu, Junqiu: Towards Octave-Spanning Low-Power Microresonator Frequency Combs: Optical Characteriazation of Silicon Nitride Chips
  • Mamaikin, Dmitrii: Investigation of Velocity Profiles in Dense GDI Sprays by Phase Doppler Anemometry
  • Merklein, Bastian: Self-healing of Bessel beams
  • Milczarek, Aleksandra: Development of a New Two Colors Video-Ophthalmoscope for Precise Measuerment of Cardiac Cycle Induced Reflection Changes in the Retina
  • Rahman, Arafat: Inversion Problem Based on the Modified Beer-Lambert Law (MBLL) to Reconstruct Oximetry Parameters of Hemoglobin in Cutaneous Phantom
  • Tomm, Natasha: Fabrication of Optical Phantoms with Specific Oxygenation Levels
  • Ugurlu, Asli: Tailoring the Optomechanical Coupling in Multimode Photonic Crystal Resonators
  • Zangi, Pouria: Determination of Binary Diffusion Coefficients of Molecular Gas Mixtures by Using a Lochschmidt-Cell Combined with Holographic Iinterferometry
  • Zelenov, Vadim: Characterization of the Interaction of Gas Free Jets under Static Conditions

  • Ahmed, Midhat: Fabrication of a Microfluidic Based Cutaneous Phantom as the Calibration Object for Angiographis Imaging Experiment
  • Bejiga, Mahlet: Calibration of the Differential Path Length Factor in the Modified Beer-Lambert Law (MBLL) Upon the Local Off-axis Diffuse Reflection Imaging (sDRI)
  • Belete, Zelalem: Chemically Amplified Resist Modeling for Proximity Printing
  • Guo, Zijia: Using M-Lines for Theoretically Exact Image Reconstruction from Cone-beam Data of an Ellipse-line-ellipse Trajectory
  • Iegorenkov,Artemii: Advanced Automated Measurement Solution with Novel Imaging Algorithms for All-Electronic 3D Teraherzt Imaging System
  • Lehr, Claudius Moritz: Lithography Simulations for an Ultratech Stepper
  • Madhi, Daena: Photonic Crystal Fibre for Stimulated Raman Scattering and Spectral Phase Characterization
  • Raoof Mehrpoor, Gilda: Photonic Crystal Fibre for Stimulated Raman Scattering and Spectral Phase Characterization
  • Su, Cheng-Hu: Investigation of the Laser Welding Process of Brass
  • Toth, Daniel: Adaption of 3D Models to 2D X-Ray Images: Optimization and Validation
  • Shahbaz, Jassim Bin: Growth of InGaN Multiple Quantum Wells on GaN Nano Rods and their Optical Characterization
  • Zhang, Zhen: Design of Mask Stacks for High NA EUV lithography

  • Amin Pour, Hamed: 3D Dynamic Opto-Mechanical Modeling of Diode-Pumped Trapezoid Yb:YAG/YAG Thin Disk Laser
  • Gebremichael, Wendwesen: Optical Characterization of a New Amplifier Media
  • Gebrekidan, Medhanie Tesfay: Shifted Excitation Raman Difference Spectroscopy for Identification of Oral Squamous Cell Carcinoma
  • Hosseini, Pooria: Dispersive Fourier Transformation Method to Investigate the Nonlinear Dynamics of Photonic Crystal Fibre Ring Cavities
  • Huang, Jiapeng: Speckle Detection of Surface Plasmon Polaritons
  • Jeevanandam, Gaudhaman: Generation of Optical Activity by Bilayered Chiral Metamaterials and Planar Metamaterials in the Visible Spectrum
  • Kayal, Yaman Ahmad: Ultra Precise Deflectometr Measurements for Flat Objects
  • Khodaei, Yashar: Improved Design of a Raman-based Optical Sensor for the Identification of Oral Cancer
  • Littau, Benjamin: Design and Implementation of a Frequency Modulated Continuous Wave Terahertz Tomography System for the Development of Hybrid Reconstruction Algorithms
  • Lu, Xiaofeng: Optimization of 4-dimensional Modulation and Coherent Receiver Processing in Optical 28-Giga-Baud Lab Transmission System
  • Mulutgeta, Kumneger Demeke: Image Processing Algorithms for Aligning an Opthalmologic Device Relative to a Patient’s Eye
  • Ringel, Thomas: Surface Light Scattering Under Consideration of Line Broadening Effects
  • Ströhl, Florian: Structured Illumination Microscopy (SIM). Theory, Implementation and Conmparison of TIRF-SIM, SROS-SIM and MSIM (Abstract)
  • Unberath, Mathias: 3D + t Statistical Human Heart Phantom for X-Ray Projection Imaging
  • Yahyapour, Milad: Implementation and Characterization of Imaging Rotuines into a Continuous-Wave Terahertz Photomixing System
  • Yousefi Amin, Amir Abbas: Solution-processed Fabrication and Characterization of Light-Emitting Electrochemical Cells with Silver Nanowirde Electrodes

  • Awano, Nebiat Tekle: Design, Implementation and Calibration of Compact MIMO 5.8 GHz Radar/RFID Transceiver Frontend
  • Awel, Salah: Optimization of a Calibration Strategy to Reduce the Retrace Error in Structured Illumination Macroscopy (SIMA) 
  • Alhamwi, Nawras: Plethysmographic Sensor Design for Real-time and Remote Body Hemodynamic Monitoring – A New Approach for Early Shock Detection
  • Balz, Nathalie: Development of a Miniaturized Laser Scanning Microscop
  • Bayat, Shahin: Influence of a Laser Power Modulation on the Element Intermixture at Austenitic-Ferritic Stainless Steel Welds 
  • Chahine, Charlotte: Characterization and Optimization of a Lithography Stepper
  • Jamshidipour, Hamed: Optical sensor for estimating focal distance and cut width during laser cutting
  • Kamal, Saikat: Non-Linear Impairment Compensation Using Correlated Backward Propagation 
  • Nkiwane, Emmanuel: Experimental Comparison of Different Pulse Shaping Techniques for Advanced Modulation Formats Using a Recirculating Loop 
  • Ramalingam, Archana: Photonic Lantern Based Spatial Mode Multiplexer and Mode Equalizer
  • Reuter, Judith: Holographic Interferometry for Determination of Binary Diffusion Coefficients of Gas Mixtures of Helium with Krypton and Ammonia 
  • Sadeghzadeh, Amirhossein: Head Tracking During Magneto-Encephalography (MEG) Data Recording via ‚Flying Triangulation‘
  • Saeed, Ahmad: Multiband Gap Organic Solar Cells
  • Soleimani Aligodarzi, Mehrbod: Perturbation of Whispering Gallery Modes by a Nanoantenna
  • Varadhachari, Janani: Analysis of Multimode – Fiber Mode Multiplexer with Spatial Sampler 
  • Weigand, Marina: Phase Retrieval from Bright-Field Microscope Images 

  • Ahmad, Taimoor: Characterization of Biologically Derived Substrates for Thin-Film Crystalline Silicon Solar Cells
  • Bani Domi, Abdullah Mahmoud Ali: Design and Characterization of a Rman Based Online Sensor for Analysis of Tissue 
  • Bahrami, Mohammad Reza: Light-Matter Interaction in Hybrid Colloidal Photonic Crystals
  • Bulatov, Maksim: Displacement Measurement During Laser Welding Using Self-mixing Interferometry
  • Dittmar, Sebastian: Plasmon absorption of colloidal gold particles
  • Fouladi-Mohaved, Sarah: Novel method to localize EEG electrodes emplying the optical 3D sensor „Flying Triangulation
  • Hollweck, Richard: Untersuchung des Einflusses von Hintergrundladungsträgerdichten auf die Effizienz von InGaN-basierten Lichtemittern
  • Katanacho, Manuel: Detection of Point Correspondences for 3D Reconstrucktion in Panorama Endoscopy
  • Kusbandiah, Tika: Surface Reconstruction for the Determination of Nanotopography in Makyoh
  • Lubkoll, Jan: Research on Optimizing Cutting Proecesses on Materials for Intra-Ocular Lenses 
  • Mehari, Fanuel: Approach for Qualitative Tissue Differentation Using Laser Induced Breakdown Spectroscopy (LIBS)
  • Mishra, Shailesh: Optical Whispering Galleries in Various Geometries
  • Pasko, Olga: Polarization Maintaining Fiber Optic Rotary Joint (PM FORJ) 
  • Quiño, Jaypee: Laser-Based Quantification in Supercritical Antisolvent Process
  • Rahman, Talha: Development and Testing of DSP Based Format Flexible Coherent Optical Receiver
  • Sadiq, Muhammad Usman: Optimized Pulse Shaping for Efficitent Performance of Digital Backward Propagation in 112 Gb/s DP-QPSK transmissions
  • Wang, Qi: Techniques of Observation of Dynamics of Supercontinuum Generation in a Loop Cavity
  • Zuber, Ralf: Deflectometry: Analysis and Correction of Residual Errors

  • Abebe, Biranhu Tamene: Graded-Index Multimdoe Fiber (MMF) Optimization and Transmitter/Receiver Coupling for Optical Multi-Input/Output Transmission Systems
  • Ali Khan, Murtaza: AFM Nanolithography for the Electrical Growth of Silver (Ag) Nanoparticles
  • Bakhtiarzadeh, Sadegh: Cylindrically Polarized Light in Nanobore PCF
  • Chen, Ying-Jen: Alternative Light Sources and Automation System Design for Sensoring the Human Shock Reactions
  • Eskandarian, Zeinab: Characterizaton of the Large Fresnel Lens Used in Solar Hidden Photon Search (SHIPS)
  • Fouladi-Movahed, Nadia: Development of Biopolymer-Ceramic Composite Coatings by Electrophoretic Deposition for Orthopedic Applications
  • Heller, Andreas: Rayleigh and Brillion Scattering for the Measurement of Thermal Diffusivity and Sound Speed in Multicomponent Mixtures
  • Isik, Seckin Sinan: SPP and Subwavelength Imaging
  • Ndjeundoun Tchouakeu, Paul Rostand: Evaluation der detektierbaren Sensorsignale zur Regelung des Laserschweißprozesses
  • Perez, Angela: Implementation of an Interferometric System for Generation of Cylindrical Vector-beams Using a Parallel-Aligned Spatial Light Modulator
  • Rauen, Dominik: Performance Estimation of PolMux-QPSK Modulated Signals by Modeling Phase Variations 
  • Roshani, Bita: A Study on Mixture Formation in Propane Spray by Laser Induced Grating Technique
  • Taranka, Alena: Testing of Dynamic Light Scattering for the Characterization of Hyaluronan and Human Liquid Vitre

  • Kanin, Oleg: Mitigation of Transmission Impairments for Phase-encoded Optical Communication Systems by Optimized Digital Backward Propagation 
  • Knorsch, Tobias: Influence of the Nozzle Hole Geometry on the Spray Behavior of DISI Injectors in terms of Homogeneous Charge Conditions
  • Mahdavi, Ali: Resonance Behaviour of Plasmonic Nano-structures 
  • Schlüter, Sebastian: Optimization of the Repeatability of Measurements to Increase the Statistical Significance through Automation of an Optical Injection Test Bench for the Investigation of GDI Injectors

  • Gao, Yi: Temperature and Concentration Determination in flames by H2-N2 dual pump CARS using an Improved Linewidth Model for the H2 Q-branch 
  • Lin, Chien-Yu: Investigation of nonlinear phase noise in differential phase-shift-keying systems
  • Sun, Zhengshan: Characterization of surface measurement techniques with latral and vertical calibration standards
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