Engineering & Materials Science
Excitons
100%
Transition metals
71%
Density functional theory
65%
Vacancies
44%
Light absorption
37%
Electronic structure
35%
Defects
34%
Heterojunctions
32%
Monolayers
30%
Electrons
28%
Ionization potential
26%
Molecular crystals
24%
Sulfur
23%
Molecules
22%
Singlet fission
18%
Polarization
17%
Peptides
15%
Passivation
14%
Charge transfer
12%
Screening
12%
Band structure
12%
Graphene
11%
Optical properties
11%
Crystals
11%
Crystal symmetry
10%
Crystalline materials
10%
Photoelectron spectroscopy
10%
Butyric acid
10%
Optical transitions
9%
Photoexcitation
9%
Chirality
9%
Semiconductor quantum wells
9%
Point defects
9%
Absorption spectra
8%
Photocurrents
8%
Gases
8%
Photoluminescence
8%
Orbits
7%
Energy gap
7%
Surface defects
7%
Esters
6%
Electronic properties
6%
Hamiltonians
6%
Quenching
6%
Excited states
6%
Multiplexing
6%
Charge carriers
6%
Benzene
5%
Semiconductor materials
5%
Valence bands
5%
Chemistry
Exciton
66%
Many-Body Perturbation Theory
49%
Transition Element
46%
Density Functional Theory
31%
Monolayer
31%
Chalcogen
28%
Electronic State
28%
Pentacene
21%
Molecular Crystal
21%
Absorptivity
20%
Quasiparticle
19%
Electron Spin
18%
Energy
17%
Semiconductor
16%
Frontier Orbital
16%
Crystal Vacancy
16%
Crystal Point Defect
15%
Polarization
13%
Peptide
13%
Ionization Potential
12%
Chemical Passivation
12%
Electronic Band Structure
11%
Hole (Electron)
11%
Conductance
11%
Hamiltonian
11%
Dielectric Material
10%
Electronic Property
10%
Self-Energy
9%
Wave Function
9%
Tunneling
9%
Orbital
9%
Spin-Orbit Splitting
9%
Photoexcitation
9%
Fermi Level
9%
Electron Spectra
9%
Fission
8%
Brightening
8%
Optical Transition
8%
Molecule
8%
Master Equation
8%
Density Matrix
8%
Charge Transfer
7%
Spectroscopy
7%
Adlayer
7%
Photovoltage
7%
Ab Initio Calculation
6%
Electronic Transition
6%
Band Gap
6%
Diamagnetic
6%
Compound Mobility
6%
Physics & Astronomy
excitons
59%
transition metals
52%
defects
42%
sulfur
31%
density functional theory
31%
electronic structure
21%
perturbation theory
21%
peptides
19%
optical absorption
18%
excitation
17%
orbitals
16%
passivity
16%
functionals
16%
molecules
15%
interlayers
15%
vapor phases
14%
analogs
14%
electronics
13%
point defects
12%
selectivity
12%
screening
11%
valence
11%
valleys
11%
decay
10%
phonons
10%
cadmium isotopes
10%
symmetry
10%
crystals
9%
optical properties
9%
ionization potentials
8%
energy
8%
orbits
8%
signatures
7%
butyric acid
7%
rays
7%
polarization
7%
biopolymer denaturation
7%
electrons
7%
graphene
7%
energy levels
7%
optical spectrum
7%
interactions
7%
photovoltages
6%
Bethe-Salpeter equation
6%
fission
6%
spectroscopy
6%
esters
6%
phenyls
6%
solid state
6%
photoluminescence
6%
