Engineering & Materials Science
Porphyrins
100%
Electrons
61%
Carotenoids
59%
Molecules
34%
Energy transfer
25%
Fullerenes
22%
Quantum yield
21%
Excited states
20%
Protons
18%
Oxidation-Reduction
14%
Chromophores
12%
Fluorescence
12%
Dyes
11%
Quinone
11%
Polyenes
10%
Antennas
10%
Photosynthesis
10%
Artificial photosynthesis
10%
Photonics
10%
Photoelectrochemical cells
9%
Excitation energy
9%
Zinc
8%
Quenching
8%
Energy conversion
8%
Phenols
7%
Proton transfer
7%
Oxidation
7%
Water
7%
Rate constants
7%
Logic gates
7%
Paramagnetic resonance
7%
Catalysts
6%
Chlorophyll
6%
Photoisomerization
6%
Electrodes
5%
Spectroscopy
5%
Oxygen
5%
Ground state
5%
Photocurrents
5%
Gold
5%
Chemical Compounds
Porphyrin
66%
Carotenoid
58%
Electron Transfer
57%
Energy Transfer
34%
Charge Separation
22%
Excited Singlet State
18%
Fullerene
17%
Triplet State
16%
Molecule
16%
Energy
15%
Quantum Yield
15%
Excited State
15%
Photosynthesis
15%
Chromophore
13%
Artificial Photosynthesis
12%
Proton
11%
Zinc Porphyrin
11%
Polyene
10%
Reaction Yield
10%
Electron Particle
9%
Carotene
8%
Phthalocyanine
8%
Photochromism
8%
Dioxygen
8%
Fluorescence
8%
Dye
7%
Electron Acceptor
7%
Phenol
7%
Redox Potential
7%
Oxidation Reaction
7%
Fuel
7%
Time
7%
Rate Constant
6%
Electron Donor
6%
Ground State
5%
Benzimidazole
5%
Proton Transfer
5%
Chlorophyll
5%
Catalyst
5%
Photocurrent
5%
Hydrogen
5%
Physics & Astronomy
porphyrins
59%
carotenoids
51%
electron transfer
39%
fullerenes
21%
energy transfer
19%
excitation
17%
carotene
16%
polarization (charge separation)
12%
antennas
12%
photosynthesis
10%
atomic energy levels
10%
molecules
10%
electrons
9%
quinones
8%
zinc
8%
life (durability)
7%
fluorescence
7%
dyes
7%
chromophores
6%
quenching
6%
synthesis
5%
pigments
5%
energy
5%