D 1.2 Samples of SNAP, silicon and photonic crystal microcavity-based OFC generators W
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D 1.3 Experimental and theoretical techniques for tailoring and optimisation of (SNAP- and photonic crystal microcavity-based) OFC generators specifications
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D 2.1 Mathematical models of SEP-based OFC generators: numerical codes. Report M20
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D 2.2 Characterisation of SEP-based OFC generators
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D 2.3 Design concepts for OFC generators
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D 2.4 Experimental and theoretical techniques for tailoring and optimisation of (silicon-based) OFC generators specifications
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D 3.1 Mathematical models of dual OFC spectrometers numerical codes. Report M40
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D 3.2 Samples of dual OFC spectrometers
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D 3.3 Insight into application of dual OFC spectrometers for gas sensing and metrology
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D 4.1 Theoretical models of nonlinear dynamics of passive and active comb generators based on SEP, PCM and SNAP technologies: numerical codes.
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D 4.2 Minimization procedures and tests
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D 4.3 Classification of comb states and phase diagram: Report M36
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D 4.4 Inter-comparison of nonlinear dynamics models and experiments
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D 5.1 4 ESRs trained to the advanced PhD level
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D 6.2 MOCCA website
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D 6.3 4 recruited ESRs
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D 6.8 Career Development Plans
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D 6.9 Dissemination and Outreach portfolio
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D 6.10 Data Managment Plan