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ICFO
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Coupling radio-frequency photons of a superconducting cavity to a mechanical resonator based on graphene
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Controlling fluid transport in microchannels using electrokinetics and plasmonic structures
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Nano-structured optical surface for biological and medical applications
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Hands-on an integrated photonic chip for quantum applications
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Ultrasensitive metal nano-structures for plasmonic enhanced Raman scattering of small molecules and its biological and medical applications
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Quantum optomechanics based on levitating NV centers
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Large-scale classical simulations of quantum systems using the Trotter-Suzuki decomposition
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Investigation of nonlinear properties of optically patterned semi-conductors for broadband mid-IR sources
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Efficiency of nonlocality detection with two-body Bell inequalities
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Measuring real-time femtosecond dynamics in materials
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Squeezing the mechanical motion of graphene resonators
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Integrated optics with graphene plasmons
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Image cytometer based on lens-free microscopy
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New masking methods for nano-structured optical surfaces for antireflective and superhidrophobic properties
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Novel transparent adaptive optics for 3D microscopy
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Thesis supervised by Morgan W. Mitchell (title to be discussed)
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UPC
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LED vs LASER technology: a comparative study of ocular optical quality
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New modelling of aberrations and scatter using double-pass retinal images
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Real time nanometric measuring sensor based on differential self-mixing interferometry
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Numerical study of extreme intensity pulses in semiconductor lasers
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Implementation of a depolarization channel at 532 nm for the upc earlinet lidar
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Microwave Photonic Filtering Techniques for on-board satellite applications
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Dynamic measurements of the eye's pupil under controlled conditions of luminance and accommodative vergences in two optical devices
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UB
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Triboluminescent Materials for Damage Sensors
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Numerical design of focused fields with predetermined amplitude and polarization distributions
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Generalization of the Richards-Wolf theory for focused beams to lenses including pupil plates
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UAB
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Improving photophoretic optical trapping with conical refraction
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Photonic Lab-on-a-Chip for bacterial biofilms monitoring in water distribution networks
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Dynamically modifiable optical elements based on biological elements
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Bright matter-wave solutons in curved geometries
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Light propagation in arrays of polymer optical waveguides
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Photonic lab on a chip for crystallization studies
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