- absorption coefficient
- acceptor dopants
- acceptor doping
- doping efficiency in H2Pc:Me-PTC co-deposited films
- energy structure of FeCl3-doped Me-PTC/H2Pc superlattice
- acenes
- excited-state electronic structure of
- triplet-pair state in
- active space
- CICI theory
- decomposition
- HOMO and LUMO
- affirmation of the consequent
- Ag electrode
- action spectra under irradiation onto
- homojunction on
- aggregated Markov model (AMM)
- Akaike information criterion (AIC)
- alkali photoionization, photoelectron spin polarization control in
- electric dipole selection rules in one-and two-photon absorption
- model for material degrees of freedom
- open and closed CCI configurations
- proposed experiment
- alkyldiphenylether (ADE)
- 3-aminophenol (AP)
- amplitude function
- annihilation operators
- anthracene
-
- band-bending
- band-mapping, organic pn-homojunctions, see also Kelvin probe band-mapping
- Bayesian information criterion (BIC)
- change-point algorithms
- model selection
- parameter marginalization
- sum over models
- Bayes' theorem
- Bell inequality test
- benzoporphyrin (BP)
- Bernoulli trial
- Beta distribution
- Bethe–Salpeter equation (BSE)
- black-body radiation (BBR)
- Blahut–Arimoto algorithm
- blended junctions
- Bohr's principle
- Boltzmann-like distribution
- bona fide nonclassicality
- Brownian motion
- built-in potential, dependence on doping concentration
- bulk polymer heterojunction cells see blended junctions
- bump function
-
- C60 crystal, single-crystal sublimation of
- C60:Cs2CO3 films
- dependence of carrier concentration and doping efficiency
- orbital of electron around positive charge on ionized donor in
- work function shifts in
- C60 films
- energy diagrams of
- pn-control by doping of
- pn-homojunction formation in
- work function shifts in
- C60:H2Pc co-deposited films
- cross-sectional SEM images of
- C60:MoO3 films
- dependence of carrier concentration and doping efficiency
- work function shifts in
- C60 single film, energy structure of
- C60:6T co-deposited films
- n+p-homojunctions
- p+in+-homojunction in
- pn-homojunction in
- C70 crystal
- canonical transformation approaches
- carriers, organic semiconductors
- C60:Cs2CO3 films
- C60:MoO3 films
- concentrations, (see also Kelvin probe band-mapping)
- generation
- H2Pc:C60 co-deposited films
- H2Pc:C70 co-deposited films
- mobility
- multiplication
- cat state
- Cauchy–Schwarz inequality
- cell resistance (Rs)
- central limit theorem
- cesium carbonate (Cs2CO3)
- doping process, in H2Pc
- change-point algorithms
- charge-induced dipole
- charge separation superlattice model
- charge transfer (CT)
- absorption, C60 and MoO3
- character, measuring
- excitations, intermolecular
- high-energy CT configurations and superexchange picture
- implications for single fission
- low-energy CT configurations and physical mixing
- classical mutual exclusivity
- classical physics
- Clauser–Horne–Shimony–Holt (CHSH) inequality
- clean energy
- Clebsch–Gordan coefficients
- click/no-click detector, 83n
- closed configuration, CCI
- photoelectron spin polarization control
- co-deposited films, pn-control of
- co-evaporant third molecules
- coherent control interferometer (CCI)
- closed configuration
- dichotomous material observables
- nontrivial configuration
- for 1 versus N
- open configuration
- simultaneously both open and closed configurations
- symmetric
- coherent control, quantumness in
- application to photoelectron spin polarization control in alkali photoionization
- delayed choice coherent control
- loopholes
- nonclassicality
- nonlinear response perspective
- path distinguishability
- quantum-classical correspondence
- quantum erasure
- quantum mechanics in 1 versus N coherent phase control
- cold ion–molecule collisions
- commutation relations
- complementarity principle
- concurrence
- conditional entropy
- conditional probability
- continuous multimode Fock space
- coulomb crystallization
- Coulomb function
- Coulombic electron–hole interaction
- Coulomb integral
- Coulomb's law
- Cramér–Rao bound
- creation operators
- cryogenic-buffer-gas cooling
-
- data clustering
- Davydov shift
- Debye spectral density see Lorentzian cutoff
- degrees of freedom
- delayed choice
- coherent control
- gedanken experiment
- quantum
- simultaneously both open and closed configurations
- density matrix
- approach
- renormalization group
- depletion layer width
- in H2Pc:C60 co-deposited film
- of p+n+-homojunction
- detection loophole
- Dexter theory
- diabatic states, singlet exciton fission
- diabatization
- dichotomous material observables
- diffusion length, exciton
- diffusion pump
- dipole moment
- and charge transfer
- transition
- direct ionization
- Dirichlet distribution
- Dirichlet process (DP)
- Beta distribution
- Gibbs sampling
- Kronecker delta
- Dirichlet process mixture model (DPMM)
- displaced photon threshold measurements
- quantum erasure with
- donor/acceptor (D/A)
- co-deposited films, pn-control by doping
- organic/organic ohmic junction
- sensitization
- tandem cells, formation of
- donor dopants
- doping concentration dependence
- of built-in potential
- of carrier concentration
- of cell resistance
- of doping efficiency
- of fill-factor
- of hole concentration
- of hole mobility
- of Jsc
- doping efficiency
- of C60 films
- dependence on doping concentration
- Doppler laser cooling
- duality relation
- dynamical state-space network models
-
- eigenstates
- alkali photoionization
- and CT
- of Hamiltonian
- singlet exciton fission
- electric potential distribution in p+n+-junction
- electron affinity (EA)
- electron–hole localization
- electronic–vibrational Hamiltonian,–
- electron spin resonance (ESR)
- electron structure, low-lying excited states in organic molecules
- electronic configurations
- mechanisms of singlet fission
- wavefunction-based methods
- weak-coupling configuration interaction theory
- energetic structure design, small-molecular-type organic solar cells
- energy-controlled reactions, ions
- Englert–Greenberger–Yasin duality relation
- entanglement, quantum
- and interference recovery
- and welcher-weg information
- epoxy resin
- equation of motion
- excitation energy, of intermolecular
- charge transfer excitations
- Frenkel-type excitations
- exciton
- basis
- diffusion
- envelope wavefunction
- size of
- in small-molecular-type organic solar cells
- extended control experiment
-
- fair-sampling loophole
- Fermi level of organic semiconductor films
- few-state model of singlet fission
- fill-factor (FF)
- dependence on doping concentration
- of invertible two-layered H2Pc/C60 cells
- in organic p-i-n solar cells
- Fisher information
- fluorescence correlation spectroscopy (FCS)
- fluorescence recovery after photobleaching (FRAP)
- fluorescence resonance energy transfer (FRET)
- change points detection
- maximum likelihood and maximum evidence
- Fock space
- force spectroscopy
- Förster theory
- Fourier transform
- fractional Brownian motion (FBM)
- Franck–Condon
- factors
- weighted density of states
- freedom-of-choice loophole
- Frenkel exciton (FE)
- frequentist information criterion(FIC)
- fringe visibility
- fullerene co-deposited films
-
- Gamma distribution
- gas phase, cooling and control of ions in
- anti-Helmholtz configuration
- applications
- cold ion–molecule collisions
- by collisions with neutrals
- conformationally controlled ion–molecule reactions
- conformer selection, neutral molecules
- coulomb crystallization
- energy-controlled reactions
- ion–molecule reaction dynamics
- ion trapping
- laser
- LICT technique
- MATI
- neutral molecules, translational and internal molecular degrees of freedom
- quantum states, preparation of
- single-ion chemistry
- specific molecular conformations, preparation of
- and state-controlled reactions
- and sympathetic
- Gaussian distribution
- Gaussian process
- BIC
- change-point algorithms
- generality
- general principle of coherent control
- Gibbs sampling
- Green's function
- GW approximation
-
- Hamiltonian
- alkali atom
- electronic–vibrational
- in schematic two-state picture
- singlet fission
- two-color weak-field coherent phase control
- validation through spectroscopy
- hexacene
- hidden Markov model (HMM)
- high-energy charge transfer configurations
- highest occupied molecular orbitals (HOMO)
- Hilbert space,n
- hole concentration dependence, on doping concentration
- hole mobility dependence, on doping concentration
- Holstein coupling
- homodyne detection scheme
- H2Pc:C60 co-deposited films
- dependence of carrier concentration/doping efficiency on doping concentration for
- dependence of work function on film thickness
- ionization rate in
- p-n control by doping
- H2Pc:C60 superlattices, energy structures of
- H2Pc:C60 two-layered cells, with heavily doped organic/metal interfaces
- H2Pc:C70 co-deposited films
- dependence of carrier concentration/doping efficiency on doping concentration for
- H2Pc:Me-PTC co-deposited films
- acceptor-doped, doping efficiency in
- film thickness dependence of work functions in
- H2Pc single
- crystal
- film, energy structure of
- Huang–Rhys factor
-
- indium tin oxide (ITO)
- electrode, action spectra under irradiation onto
- ITO/n+-C60 contact, energy structure for
- infinite hidden Markov models (iHMM)
- information bottleneck method
- information rate
- information theory
- and Bayesian inference
- deconvolution methods
- in experimental design
- information-based clustering
- information bottleneck method
- MaxEnt, applications of
- MaxEnt, rejecting
- model complexity
- model inference
- predictive information
- RDT
- Shore and Johnson axioms
- state identification and clustering
- inorganic semiconductors
- electron–hole exchange interaction
- excitons size
- high dielectric constants
- p+-/n+-doped
- valence electron and hole bandwidth
- Wannier theory
- interfacial heavy-doping technique
- intermolecular CT excitations, singlet exciton fission
- internal quantum efficiency, in organic p-i-n solar cells
- intramolecular Frenkel-type excitations, singlet exciton fission
- intrinsic properties, of CCI
- inversion symmetry, organic molecular crystals
- ionization potential (IP)
- ionization rate
- of co-deposited films
- of single films
- ion-mobility methods
- ion–molecule reactions
- conformationally controlled
- dynamics
- ion–neutral interactions
- ion trapping
- iron chloride (FeCl3)
- H2Pc:Me-PTC co-deposited film
- Me-PTC/H2Pc superlattice, energy structure of
- photoactive C60:6T layer
-
- Jortner–Bixon rate theory
-
- Kalman filtering
- Kantorovich distance
- Kelvin probe band-mapping
- orbital of electron around positive charge on ionized donor
- Kelvin vibrating capacitor method
- kinetic energy
- Kronecker delta
- Kullback–Leibler (KL) divergence
-
- Lagrange multipliers
- Langevin interaction
- Laplace's method
- laser cooling, ions
- laser-induced charge-transfer (LICT)
- Leggett–Garg test
- ligated metal complexes
- light absorption ratio, organic p-i-n solar cells
- linear radiofrequency (RF) ion traps
- Liouville equation
- locality
- loophole
- local realism
- loopholes
- Lorentzian cutoff
- low-energy charge transfer configurations
- lowest unoccupied molecular orbitals (LUMO)
-
- Mach–Zehnder interferometer (MZI)
- in open configuration
- magneto-optical trap
- many-body perturbation theory
- Marcus theory
- Markov chain Monte Carlo (MCMC) methods
- Markovian limit
- masking effect
- mass-analyzed threshold ionization (MATI)
- material observables
- alkali photoionization
- dichotomous
- Mathieu equations
- maximum entropy (MaxEnt)
- applications of
- deconvolution methods
- diffusion coefficient
- DPMM
- FCS
- nested model
- principle of
- probability distributions
- repercussions to rejecting
- transcription factors
- maximum evidence
- HMM
- variational Bayesian procedure
- maximum likelihood estimation
- AMM
- HMM
- Markov models
- merocyanine
- minimal description length (MDL)
- mobility of carriers
- molecular dynamics (MD) approach
- molecular photodissociation
- MoO3 films, energy diagrams of
- Morse oscillator
- multichannel scattering theory
- multiconfigurational time-dependent Hartree approach
- multiple component co-evaporation techniques
- multiple exciton generation, singlet exciton fission
- mutual information
-
- nanostructure design, of small-molecular-type organic solar cells
- naphthalene tetracarboxylic anhydride (NTCDA),n
- natural transition orbitals (NTOs)
- near ultraviolet inverse photoemission spectroscopy
- nested models
- neutral conformers, AP
- neutral molecules
- conformer selection
- density
- of dipole moment
- and internal molecular
- translational molecular
- nonadditivity
- nonclassicality, coherent control of
- Bell inequality test
- bona fide
- of coherent control
- quantum delayed choice coherent control
- quantum erasure coherent control
- and welcher-weg/what-phase measurements
- nonerasing quantum erasure
- nonlinear dynamics
- nonlinear response, coherent control
- n+p-homojunction
- energy band diagram of
- with p-layer doping concentrations, current-voltage characteristics
- n+p+-homojunction
-
- ohmic junction
- organic/metal
- organic/organic
- ohmic spectral density
- oil-free vacuum evaporator
- oligoacenes
- charge transfer character of
- configuration interaction diagram and schematic real-space structure of singlet/triplet excitons in
- electroabsorption spectrum of
- prototypical herringbone crystal structure of
- validation of Hamiltonian in
- one-micrometer-thick co-deposition cells
- 1-versus N-photon phase control
- CCI for
- light-matter scattering problem
- nonlinear response
- quantum mechanics in
- two-color weak-field
- 1-versus 2-photon phase control
- HD+ dissociation in
- photoionization process
- open configuration, of CCI
- photoelectron spin polarization control
- optical deceleration
- optical dipole traps
- optimum welcher-weg measurement
- optimum what-phase measurement
- optoelectronic properties of molecular crystals
- organic materials, advantages of
- organic molecules/crystals see singlet exciton fission, in organic molecules/crystals
- organic semiconductors
- carrier generation in
- chemical structures of
- films, energy diagrams of
- organic solar cells see small-molecular-type organic solar cells
- oscillator strength, CT
- overdamped Brownian oscillator model see Lorentzian cutoff
- oxygen doping, organic semiconductors
-
- Pariser–Parr–Pople model of conjugated molecules
- particles
- complementarity of
- -like behavior, in coherent control
- path distinguishability, coherent control
- path qubit
- path states, CCI
- Peierls coupling
- pentacene
- charge transfer character of
- comparison of absorption spectra between experiment and theory
- dimers, excited-state structure of
- dimers, low-lying states of
- nonadiabatic to adiabatic transition in
- Redfield dynamics calculations in
- perturbation theory
- perturbative nonlinear response theory
- perylene pigment co-deposited films
- phase control
- phase sensitivity
- phase separation, small-molecular-type organic solar cells
- photocurrent quantum efficiency
- dependence on layer width
- semilogarithmic plot of
- photoelectric conversion
- photoelectron spin polarization control, alkali photoionization
- phthalocyanines
- physical mixing, in singlet fission
- p+in+-homojunction cell
- p-i-n solar cell, organic
- current-voltage characteristics of
- negative ion mass spectrum and depth profile
- spectral dependence of internal quantum efficiency
- spectral dependences of light absorption ratio of
- structure of
- pn-control by doping
- band-mapping by Kelvin probe
- D/A Co-deposited films
- generality
- organic/metal ohmic junction
- pn-homojunction formation in single C60 films
- ppm-level doping
- single C60 films
- pn-control of organic semiconductors
- pn+-homojunctions
- band mapping of
- work functions in
- p+n+-homojunction
- band-mapping of
- electric potential distribution in
- energy band diagram of
- pn-homojunctions
- band mapping of
- in C60:6T co-deposited film
- energetic structure of
- formation, in single C60 films
- work functions in
- Poisson distribution
- Poisson equation
- polarized linear absorption
- polar solvents, electron transfer in
- polycrystalline experimental absorption
- polydimethylsiloxane (PDMS)
- polymer heterojunction cells
- power law
- ppm-level doping
- effects
- rotating disks with slits
- total thickness signal from QCM vs. time relationship
- pseudo-first-order rate law
- pseudo-vertical superlattices
- pure state case, quantum erasure in
-
- quantum chemistry
- quantum-classical correspondence, in coherent phase control
- quantum delayed choice coherent control
- loopholes in
- nonclassicality in
- vs. quantum erasure
- quantum dynamics
- of singlet fission
- quantum erasure coherent control
- and delayed choice
- with displaced photon threshold measurements
- loopholes in
- nonclassicality in
- vs. quantum delayed choice
- symmetric CCIs
- welcher-weg marking and nontrivial CCI configuration
- welcher-weg/what-phase measurements for validating nonclassicality
- quantum interference
- and coherent control
- recovery
- quantum mechanics
- and coherent control
- in 1 versus N coherent phase control
- quantumness see coherent control, quantumness in
- quantum resonance
- quantum switch
- quartic oscillator
- quartz crystal microbalance (QCM)
- quasi-vertical superlattice
-
- radiative coherence
- radiative distinguishability
- Ramsey interferometer
- rate-distortion theory (RDT)
- analysis on sample data
- clustering algorithm
- conditional probabilities
- data clustering
- decoding process
- formalism
- information bottleneck method
- information rate
- Kantorovich distance
- mutual information
- Shannon entropy
- single-molecule time series, application of
- smFRET
- rate theories, of singlet fission
- realism
- Redfield equations
- reduced density matrix techniques
- relative permittivity
- of inorganic semiconductors
- of organic semiconductors
- restricted active space two spin-flip method
- rotational laser cooling
- rubrene
- Rydberg deceleration
-
- scattering superoperator
- Schmidt coefficients
- Schmidt decomposition
- Schottky barrier
- Schottky junctions
- Schrödinger equation
- secondary ion mass spectroscopy(SIMS)
- semiclassical quantum dynamics
- sensitization, doping small-molecular-type organic solar cells
- seven-nines (7N) purification
- one-micrometer-thick co-deposition cells
- single-crystal sublimation
- sexithiophene
- Shannon entropy, See also maximum entropy (MaxEnt)
- Shockley–Queisser limit
- Shore and Johnson axioms
- short-circuit photocurrent density, organic p-i-n solar cells
- silicon solar cells
- SIMEF
- single-crystal sublimation
- C60 crystal
- seven-nines (7N) purification
- single-electron spin, coherent control of
- single-ion chemistry
- single molecule data analysis
- AIC
- AMMs, frequentist inference
- and BIC
- Brownian motion vs. directed motion
- conditional probability
- and data clustering
- deconvolution methods
- DPMM
- dynamical state-space networks
- in experimental design, information theory
- finite size effects
- formalism, RDT
- Gaussian process
- HMM
- iHMM
- information-based clustering
- information bottleneck method
- information theory and Bayesian inference
- informative prior
- joint probability
- Markov models
- MaxEnt, applications of
- MaxEnt, repercussions to rejecting
- maximum likelihood estimation
- minimal description length
- and model complexity
- model inference
- parameter marginalization
- point estimates
- predictive information
- RDT, application of
- on sample data, RDT
- single-molecule time series
- sum over models
- uninformative prior
- single-molecule fluorescence resonance energy transfer (smFRET)
- single-particle tracking (SPT)
- singlet exciton fission, in organic molecules/crystals
- charge transfer implications for
- electronic–vibrational Hamiltonian and reduced dynamics
- electron structure of low-lying excited states
- measuring charge transfer character
- quantum dynamics
- rate theories
- validation of Hamiltonian through spectroscopy
- singlet fission rate constant
- small-molecular-type organic solar cells
- band-mapping of organic pn-homojunctions
- blended junctions
- D/A co-deposited films, pn-control of
- D/A sensitization
- doping sensitization
- energetic structure design
- exciton
- flexible see-through organic solar cell module
- history of
- nanostructure design
- phase separation
- pn-control doping
- ppm-doping effects
- principles
- seven-nines purification
- vertical superlattices
- smooth function
- solar cells
- organic (see small-molecular-type organic solar cells)
- space charge layer (SCL)
- spectroscopy
- validation of Hamiltonian through
- spin-orbit coupling
- spin-singlet state
- triplet-pair state
- Stark deceleration
- state-controlled reactions, ions
- step transition and state identification (STaSI)
- Stern–Gerlach apparatus
- Stirling's approximation
- superexchange picture, in singlet fission
-
- tandem organic solar cells
- temperature-independent singlet fission
- tetracene
- charge transfer character of
- dimers, excited-state structure of
- thermodynamic entropy
- three-component coevaporation technique
- threshold detector see click/no-click detector
- time-averaged position
- time-dependent density functional theory (TD-DFT)
- time-dependent perturbation theory
- time series analysis
- Kalman filtering
- Markov models
- -J model
- total density operator
- longtime limit of
- train sublimation method
- transcription factors (TFs), MaxEnt
- transient absorption spectroscopy
- transition amplitudes
- alkali photoionization
- closed interferometer configuration
- 1-and N-photon
- relationship between relative phases of
- transition charge density
- transition density matrix
- transition disconnectivity graph (TRDG)
- transition metal oxides, magnetic interactions in
- transition superoperator
- trap-filling
- triplet-pair excitations, singlet exciton fission
- triplet-triplet (TT) annihilation
- Tsallis entropy
- 6T single crystal
- Tsirelson bound
- two-color weak field coherent phase control
- two-component co-evaporation technique
- two-particle wavefunction
- two-path interferometer see coherent control interferometer (CCI)
- two-point correlation function
-
- ultrafast time resolved spectroscopy
- ultraviolet (UV)-visible absorption spectroscopy
- unperturbed resolvent superoperator
-
- vacuum deposition
- vacuum evaporation
- variational Bayes HMM for time-stamp FRET (VB-HMM-TS-FRET)
- variational Bayesian (vb) procedure
- vertical superlattices
- dependence of photocurrent generation quantum efficiency on layer width
- fabrication process
- Me-PTC/H2Pc junction
- multilayered film
- structure
- vibrational degrees of freedom
- vibrational Hamiltonian
- von Neumann equation
-
- Wannier theory
- wavefunction-based methods, singlet exciton fission
- wavepackets
- amplitude function f1_c
- directions of incidence
- nonclassical (n1 + n2)-photon state
- in photoelectron spin polarization control
- quantum resonance condition
- waves
- complementarity of
- -like behavior, in coherent control
- weak-coupling configuration interaction theory
- welcher-weg information (WWI)
- alkali photoionization
- optimum
- for verification of nonclassicality
- welcher-weg knowledge
- welcher-weg marking (WWM)
- what-phase measurement
- optimum
- for verification of nonclassicality
- work functions
- changes, in p+n+-homojunctions
- dependence on p-type layer thickness
- film thickness dependence of
- in pn+-homojunctions
- in pn-homojunctions
- work function shifts, in C60 films
-
- X-ray diffraction analysis
- X-ray photoelectron spectroscopy
-
- Young's double-slit (YDS) experiment
- in model inference
- in open configuration
- path distinguishability
-
- Zeeman deceleration
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