materials science
Studying stuff's properties
Materials science is the study of how the structure and composition of substances determine their properties and behavior.
It bridges physics, chemistry, and engineering to understand why materials act the way they do and how to create new ones with desired characteristics.
The field encompasses metals, ceramics, polymers, semiconductors, and composites, with applications ranging from aerospace components to medical implants.
Her materials science research focused on developing stronger, lighter alloys for automotive use.
Metallic element mixtures
- polymersLarge chain-like molecules
- ceramicsHardened clay objects
- compositesMaterials from merged components
- semiconductorsPartially conductive materials
superconductors · thermoplastics · elastomers · glass · carbon fiber · metals · oxides · carbides
Science of extracting metals
- crystallographyStudy of atomic lattices
- microstructureSubmillimeter material composition
- phase transitionsMatter shifting between states
- diffractionWaves spreading past obstacles
crystal structure · defects · dislocations · lattice · thermodynamics · kinetics · precipitation · nucleation
Shaping through liquid form
- forgingShaping heated metal; faking documents
- weldingHeat-fusing metal pieces
- extrusionPushing through a die
- moldingDecorative architectural edging
sintering · annealing · heat treatment · quenching · tempering · rolling · machining · deposition
Resistance to pulling force
- ductilityAbility to stretch unbroken
- malleabilityCapacity for deformation without breaking
- elasticityTendency to resume original form
- hardnessResistance to penetration
toughness · fatigue · corrosion resistance · electrical conductivity · ferromagnetism · piezoelectric · brittleness · creep
Ultrafine material fragments
- grapheneMonolayer carbon hexagonal lattice
- carbon nanotubesRolled hexagonal lattice structures
- quantum dotsNanoscale semiconductors with size-dependent properties
- nanofabricationCreating nanometer-scale structures
self-assembly · quantum confinement · nanoelectronics · nanoscale · thin films · nanostructures
Light-to-current energy technology
- lithium-ion batteriesRechargeable electrochemical power cells
- fuel cellsElectrochemical power generators
- membranesThin flexible tissue layers
- sensorsDevices that detect input
catalysts · implants · prosthetics · optical fibers · magnetic storage · supercapacitors · drug delivery · corrosion protection
Reprocessing used materials
- biodegradableAble to decompose naturally
- circular economyRegenerative resource management model
- biopolymersPolymers produced by organisms
- compostableAble to decompose naturally
upcycling · sustainable sourcing · environmental impact · degradation · end-of-life · durability
alloys
Metallic element mixtures
- polymersLarge chain-like molecules
- ceramicsHardened clay objects
- compositesMaterials from merged components
semiconductors · superconductors · thermoplastics · elastomers · glass · carbon fiber · metals · oxides · carbides · foams
metallurgy
Science of extracting metals
- crystallographyStudy of atomic lattices
- microstructureSubmillimeter material composition
- phase transitionsMatter shifting between states
diffraction · crystal structure · defects · dislocations · lattice · thermodynamics · kinetics · precipitation · nucleation · electron microscopy
casting
Shaping through liquid form
- forgingShaping heated metal; faking documents
- weldingHeat-fusing metal pieces
- extrusionPushing through a die
molding · sintering · annealing · heat treatment · quenching · tempering · rolling · machining · deposition · sputtering
tensile strength
Resistance to pulling force
- ductilityAbility to stretch unbroken
- malleabilityCapacity for deformation without breaking
- elasticityTendency to resume original form
hardness · toughness · fatigue · corrosion resistance · electrical conductivity · ferromagnetism · piezoelectric · brittleness · creep · density
nanoparticles
Ultrafine material fragments
- grapheneMonolayer carbon hexagonal lattice
- carbon nanotubesRolled hexagonal lattice structures
- quantum dotsNanoscale semiconductors with size-dependent properties
nanofabrication · self-assembly · quantum confinement · nanoelectronics · nanoscale · thin films · nanostructures
photovoltaics
Light-to-current energy technology
- lithium-ion batteriesRechargeable electrochemical power cells
- fuel cellsElectrochemical power generators
- membranesThin flexible tissue layers
sensors · catalysts · implants · prosthetics · optical fibers · magnetic storage · supercapacitors · drug delivery · corrosion protection
recycling
Reprocessing used materials
- biodegradableAble to decompose naturally
- circular economyRegenerative resource management model
- biopolymersPolymers produced by organisms
compostable · upcycling · sustainable sourcing · environmental impact · degradation · end-of-life · durability
- sciencesbiology, chemistry, physics, astronomy, geology
- STEMengineering, mathematics, math, technology, chemistry
- academic fieldsmathematics, biology, chemistry, physics, history
- Applied Sciencesengineering, medicine, biotechnology, pharmacology, robotics
- disciplinesbiology, chemistry, physics, mathematics, psychology
- Physical Sciencesphysics, chemistry, astronomy, geology, meteorology
materials sciencemetaphysics
Philosophy of existence's nature
pure mathematics · theoretical physics · philosophy · theology · humanities
science, material, materials, immaterial, materialistic, materialism, materialist, materiality, dematerialize