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Explore PN junctions using ABACUS tool suite. Learn about band edge diagrams, charge distributions, and doping effects through interactive simulations powered by industrial-grade technology.
Explore P-N junction device modeling for photovoltaics using ADEPT, Quantum ESPRESSO, and S4. Learn to simulate various materials and structures, calculate properties, and optimize solar cell designs.
Explore semiconductor behavior using ABACUS and Drift-Diffusion-Lab. Experiment with illumination, materials, and parameters to understand device physics and carrier distribution in bulk semiconductors.
Explore bandstructure tools in ABACUS, including Kronig-Penney model and sophisticated Tight Binding models. Gain insights into band formation, effective masses, and strain effects in bulk materials and nanowires.
Explore semiconductor crystal structures using the ABACUS tool suite, focusing on visualization, symmetry, and surface properties of silicon crystals.
Explore nanoHUB Jupyter Notebooks for creating chemistry teaching applications. Learn about tools for simulating proteins, analyzing lab data, and studying molecular spectroscopy. Discover how to develop and share scientific software effectively.
Explore datasets using Python and pandas. Learn essential data analysis techniques for scientists, engineers, and analysts working with diverse datasets.
Explore infrared spectroelectrochemical techniques for observing surface chemistry in electrochemistry applications, focusing on nanomaterial electrocatalysts and their role in energy conversion.
Explore cost-effective strategies for nanobiotechnology workforce training, covering applications, skills, and hands-on activities to address the shortage of trained professionals in this emerging field.
Explore blockchain concepts hands-on with interactive apps and computing, covering hash functions, proof of work, and creating your own blockchain.
Explore atomistic simulations using Amsterdam Modeling Suite. Learn about AMS driver, DFT engines, force fields, and PARAMS for novel molecular interactions. Gain insights through demos and practical applications.
Explore interactive Jupyter Notebooks on nanoHUB. Learn fundamentals, develop code, analyze data, create visualizations, and build GUIs using Jupyter widgets and nanohub-uidl library.
Explore micromagnetic simulation of magnetic nanowires using OOMMF to optimize heating ability for biomedical applications. Learn to specify properties, analyze hysteresis loops, and calculate heating performance.
Learn Python programming from scratch: explore computer basics, coding fundamentals, and essential Python concepts like variables, loops, and data manipulation using Jupyter notebooks on nanoHUB.
Explore DNA automation using nano-structured ceramics for rapid, large-scale oligonucleotide synthesis, revolutionizing biological research and personalized medicine through innovative technology.
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