Atomic Scale Characterization of a New SteelBuilding batteries from woodCALIFA Forward EndcapCleaning of Mercury and other Heavy Metals from Contaminated WatersCollective dynamics of autonomous robots in a complex environmentCoupled Multi-Scale Modelling of Short Fiber Reinforced CompositesDeep Q-learning for quantum computingDeep Learning for Particle TrackingDeep Learning for Optical TweezersDesigning a flat immersion lens for laser tweezing of microparticlesDynamics of dark excitons in atomically thin nanomaterialsElectromagnetic Metamaterials Electromagnetic Properties of Biological MaterialsFission, FPGAs and VHDLFrustule incorporation effect on efficiency of solar cellsFuel Cell Nanoparticle Catalyst Fabrication via Laser AblationHandling calibration parametersInvestigation of the effect of complex flow fields on various suspensions by birefringence imaging Machine learning for brain connectivity analysisMachine learning for Nanochannel Scattering MicroscopyMaster projects at the Ultrafast Photonics laboratory, 2020Measuring the thermal properties of optoelectronic devicesMetamaterial lenses for fingerprint sensors
Micro-mechanical modelling of the effects of fiber length and fiber-matrix debonding on short fiber composites (SFRC-2020-1)Multi-Scale Modelling of Short Fiber Composites Using Artificial Intelligence
Optimization of ohmic contacts to AlGaN for LEDs and VCSELsPredicting the Cancer Tumor Position in a Liver Using Finite Element Analysis (FEA) and Artificial Intelligence (AI)
Samurai Monte CarloSputtered AlN layers for UV and nonlinear photonics
Systematic investigation of the solid state structure of pharmaceutical
materials by small angle X-ray scattering (SAXS)
Published: Fri 04 Sep 2020.
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