Fundamental sciences
Every engineering project is based on mathematical modeling. Similarly, knowledge of the physical and chemical phenomena and properties of different substances or components opens up new applications. Nanosciences and nanotechnologies offer unprecedented prospects for technological development. Take advantage of a working tool to master key concepts in the basic sciences and to support your innovation projects.
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- Fundamental mathematics: analysis
- Fundamental mathematics: functional analysis
- Fundamental mathematics: algebra
- Fundamental mathematics: geometry
- Numerical methods
- Numerical analysis of differential and partial differential equations
- Probability and statistics
- Applications of mathematics
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- Research and innovation in physics and chemistry
- Physical optics
- Structure of matter
- States of matter
- Basics of physical mechanics
- Applications in physical mechanics
- Statistical and mathematical physics
- Mechanical modeling
- Fundamentals of chemistry
- Organic and inorganic chemistry
- Chemistry of complex media
- [Archives] Physics and chemistry
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- Introduction to physico-chemical constants
- Chemical constants of solvents and products
- Membrane characterization
- Equations of state and thermal constants
- Mechanical constants and viscosity
- Thermodynamic properties
- Electrical and electrochemical properties
- [Archives] Characterization and properties of matter
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- Nanosciences: concepts, simulation and characterization
- Nanosciences: regulations, safety and toxicity
- Nanomaterials: synthesis and production
- Nanomaterials: properties
- Nanotechnologies for electronics, optics and photonics
- Nanotechnologies for energy, environment and health
- [Archives] Nanosciences and nanotechnologies
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