Category: Science
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How to Learn Membrane Biophysics and Lipid Bilayers: From Self-Assembly to Curvature, Domains and Phase Separation
Learn membrane biophysics from lipid self-assembly and fluidity to diffusion, curvature, rafts, phase separation, membrane proteins and quantitative membrane mechanics.
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How to Learn Metamaterials, Metasurfaces and Wave Engineering: From Effective Media to Metalenses and Programmable Surfaces
Learn metamaterials from effective-medium ideas and resonant unit cells to negative refraction, metasurfaces, metalenses, programmable wavefronts and active wave control.
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How to Learn High-Pressure Physics and Planetary Materials: From Diamond Anvil Cells to Deep-Earth and Giant-Planet Matter
Learn high-pressure physics from compression and phase transitions to diamond anvil cells, shock experiments, deep-Earth minerals, metallic hydrogen and planetary interiors.
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How to Learn Nonlinear Dynamics, Chaos and Complex Systems: From Phase Space to Bifurcations and Predictability
Learn nonlinear dynamics from phase space and stability to bifurcations, deterministic chaos, Lyapunov exponents, synchronization, tipping behaviour and complex systems.
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How to Learn Biomineralization and Biological Materials: From Shells and Bone to Nacre, Teeth and Magnetic Crystals
Learn biomineralization from supersaturation and nucleation to nacre, bone, enamel, coral skeletons, diatom silica, magnetosomes and bio-inspired materials.
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How to Learn Statistical Mechanics and Ensembles: From Microstates and Entropy to Nonequilibrium Fluctuations
Learn statistical mechanics from microstates, entropy and ensembles to partition functions, quantum statistics, fluctuations, simulation and nonequilibrium thermodynamics.
