Category: Science
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How to Learn Solar Cells and Photovoltaics: From Photons and p–n Junctions to Tandem Devices and Grid Electricity
Learn photovoltaics from photon absorption, band gaps and carrier separation to I–V curves, recombination, perovskites, tandem cells, modules and grid electricity.
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How to Learn Biofilms and Microbial Communities: From Surface Attachment to Quorum Sensing and Spatial Ecology
Learn biofilms from surface attachment and extracellular matrix to gradients, quorum sensing, c-di-GMP, multispecies ecology, tolerance and spatial measurement.
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How to Learn X-Ray Crystallography and Structural Biology: From Diffraction Patterns to Atomic Models and MicroED
Learn X-ray crystallography from crystals and Bragg diffraction to electron density, phase problems, refinement, cryo-crystallography, MicroED and structural validation.
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How to Learn Paleoclimatology and Climate Proxies: From Ice Cores and Sediments to Deep-Time Climate Reconstruction
Learn paleoclimatology from proxy formation and calibration to ice cores, marine sediments, tree rings, isotopes, age models and deep-time climate reconstruction.
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How to Learn Neutrinos and Particle Detection: From Weak Interactions to Oscillations, IceCube and JUNO
Learn neutrino physics from weak interactions and flavour oscillations to Cherenkov detection, IceCube, JUNO, mass ordering and modern particle astronomy.
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How to Learn Cryogenics and Low-Temperature Physics: From Gas Liquefaction to Millikelvin Quantum Systems
Learn cryogenics from Kelvin temperature and gas liquefaction to superfluid helium, cryocoolers, dilution refrigerators, millikelvin thermometry and quantum systems.
