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MULTIPLET

  • Doublet earthquake
  • Multiple earthquakes with nearly identical waveforms originating from the same location

    The similarity of magnitude—often within 0.4 magnitude—distinguishes multiplet events from aftershocks, which start at about 1.2 magnitude less than

    Doublet earthquake

    Doublet_earthquake

  • Multiplet
  • State space for internal degrees of freedom of a subatomic particle

    In physics and particularly in particle physics, a multiplet is the state space for 'internal' degrees of freedom of a particle; that is, degrees of freedom

    Multiplet

    Multiplet

  • Isospin multiplet
  • particle physics, isospin multiplets are families of hadrons with approximately equal masses. All particles within a multiplet, have the same spin, parity

    Isospin multiplet

    Isospin_multiplet

  • Supermultiplet
  • Representation of the supersymmetry algebra

    supersymmetry for example), tensor multiplets and gravity multiplets. The highest component of a vector multiplet is a gauge boson, the highest component

    Supermultiplet

    Supermultiplet

  • Spin (physics)
  • Intrinsic quantum property of particles

    Spin is an intrinsic form of angular momentum carried by elementary particles, and thus by composite particles such as hadrons, atomic nuclei, and atoms

    Spin (physics)

    Spin_(physics)

  • Spin–orbit interaction
  • Relativistic interaction in quantum physics

    quantum number, because the first excited multiplet is at least ~130 meV (1500 K) above the primary multiplet. The result is that filling it at room temperature

    Spin–orbit interaction

    Spin–orbit_interaction

  • Sylvester James Gates
  • American physicist

    chiral multiplet, an extension of conventional chiral superfields in two-dimensional supersymmetric field theories. Unlike standard chiral multiplets, which

    Sylvester James Gates

    Sylvester James Gates

    Sylvester_James_Gates

  • Quark model
  • Classification scheme of hadrons

    mass and coupling relationships among the hadrons in the same flavor multiplet. All quarks are assigned a baryon number of ⁠1/3⁠. Up, charm and top quarks

    Quark model

    Quark model

    Quark_model

  • 4D N = 1 supergravity
  • Theory of supergravity in four dimensions

    dimensions with a single supercharge. It contains exactly one supergravity multiplet, consisting of a graviton and a gravitino, but can also have an arbitrary

    4D N = 1 supergravity

    4D_N_=_1_supergravity

  • G-parity
  • multiplicative quantum number that results from the generalization of C-parity to multiplets of particles. C-parity applies only to neutral systems; in the pion triplet

    G-parity

    G-parity

  • Grand Unified Theory
  • Comprehensive physical model

    needed] Non-chiral extensions of the Standard Model with vectorlike split-multiplet particle spectra which naturally appear in the higher SU(N) GUTs considerably

    Grand Unified Theory

    Grand Unified Theory

    Grand_Unified_Theory

  • Nuclear magnetic resonance spectroscopy
  • Laboratory technique

    Coupling to n equivalent spin-1/2 nuclei splits the signal into a n + 1 multiplet with intensity ratios following Pascal's triangle as described in the

    Nuclear magnetic resonance spectroscopy

    Nuclear magnetic resonance spectroscopy

    Nuclear_magnetic_resonance_spectroscopy

  • Non-canonical base pairing
  • Base pairs in molecular genetics

    forming a base triple, the smallest member of the class of higher order multiplets. One base, in addition to forming proper planar base pairing with a second

    Non-canonical base pairing

    Non-canonical base pairing

    Non-canonical_base_pairing

  • Artin transfer (group theory)
  • {\displaystyle \gamma _{x}\in S_{n\cdot m}} can be identified with the multiplet ( π x ; σ u x ( 1 ) , … , σ u x ( n ) ) ∈ S n × S m n , {\displaystyle

    Artin transfer (group theory)

    Artin_transfer_(group_theory)

  • Hypercharge
  • Type of particle charge found in the Standard Model

    quarks. The SU(2) model has multiplets characterized by a quantum number J, which is the total angular momentum. Each multiplet consists of 2J + 1 substates

    Hypercharge

    Hypercharge

  • Type I supergravity
  • Ten-dimensional supergravity

    single supercharge. It consists of a single supergravity multiplet and a single Yang–Mills multiplet. The full non-abelian action was first derived in 1983

    Type I supergravity

    Type_I_supergravity

  • Pseudoscalar meson
  • Meson with total spin 0 and odd parity

    meson (η′). The structure of the pseudoscalar meson multiplet, and also the ground state baryon multiplets, led Gell-Mann (and Zweig, independently) to create

    Pseudoscalar meson

    Pseudoscalar meson

    Pseudoscalar_meson

  • Supersymmetry
  • Symmetry between bosons and fermions

    four dimensions there are the following theories, with the corresponding multiplets (CPT adds a copy, whenever they are not invariant under such symmetry):

    Supersymmetry

    Supersymmetry

  • Eleven-dimensional supergravity
  • Supergravity in eleven dimensions

    it unifies particles of all physically admissible spins into a single multiplet. The theory may additionally be UV finite. Werner Nahm showed in 1978

    Eleven-dimensional supergravity

    Eleven-dimensional_supergravity

  • Coleman–Mandula theorem
  • No-go theorem pertaining the triviality of space-time and internal symmetries

    different spin into a 35-dimensional multiplet and it also united the two baryon decuplets into a 56-dimensional multiplet. While this was reasonably successful

    Coleman–Mandula theorem

    Coleman–Mandula_theorem

  • Transverse relaxation-optimized spectroscopy
  • decoupling has not been applied, peaks appear as multiplets due to J-coupling. Crucially the different multiplet components have different widths. This is due

    Transverse relaxation-optimized spectroscopy

    Transverse_relaxation-optimized_spectroscopy

  • Up quark
  • Type of quark

    symmetry. This classification scheme organized the hadrons into isospin multiplets, but the physical basis behind it was still unclear. In 1964, Gell-Mann

    Up quark

    Up quark

    Up_quark

  • Higgs boson
  • Elementary particle involved with rest mass

    "an essential feature" of the theory "is the prediction of incomplete multiplets of scalar and vector bosons". (Frank Close comments that 1960s gauge theorists

    Higgs boson

    Higgs boson

    Higgs_boson

  • Georgi–Glashow model
  • Grand Unified Theory proposed in 1974

    verified that this solution together with zero VEVs for all the other chiral multiplets is a zero of the F-terms and D-terms. The matter parity remains unbroken

    Georgi–Glashow model

    Georgi–Glashow model

    Georgi–Glashow_model

  • Sabatier principle
  • Chemistry rule regarding heterogenous catalysis

    names: authors list (link) Balandin, A. (1969). "Modern State of the Multiplet Theory of Heterogeneous Catalysis1". Adv. Catal. Rel. Subj. Advances in

    Sabatier principle

    Sabatier principle

    Sabatier_principle

  • Two-dimensional nuclear magnetic resonance spectroscopy
  • Set of methods providing two-dimensional data

    the 1D-NMR spectra contain overlapping multiplets as the J-resolved spectrum vertically displaces the multiplet from each nucleus by a different amount

    Two-dimensional nuclear magnetic resonance spectroscopy

    Two-dimensional nuclear magnetic resonance spectroscopy

    Two-dimensional_nuclear_magnetic_resonance_spectroscopy

  • Catechin
  • Plant secondary metabolite

    (500 MHz, CD3OD): Reference d : doublet, dd : doublet of doublets, m : multiplet, s : singlet δ : 2.49 (1H, dd, J = 16.0, 8.6 Hz, H-4a), 2.82 (1H, dd,

    Catechin

    Catechin

    Catechin

  • Uncertainty principle
  • Foundational principle in quantum physics

    {A}}=J_{x}} , B ^ = J y {\displaystyle {\hat {B}}=J_{y}} , in angular momentum multiplets, ψ = |j, m⟩, bounds the Casimir invariant (angular momentum squared, ⟨

    Uncertainty principle

    Uncertainty principle

    Uncertainty_principle

  • Foreshock
  • Earthquake that occurs before a mainshock but is of lower magnitude

    Ekström G. (2004). "A Common Origin for Aftershocks, Foreshocks, and Multiplets" (PDF). Bulletin of the Seismological Society of America. 94 (1): 88–98

    Foreshock

    Foreshock

  • Isospin
  • Quantum number related to the weak interaction

    Gell-Mann–Nishijima formula. The hypercharge is the center of splitting for the isospin multiplet: 1 2 Y = 1 2 ( Q min + Q max ) . {\displaystyle {\frac {1}{2}}Y={\frac

    Isospin

    Isospin

  • Tuplet
  • Type of beat-subdividing rhythm in music

    "-plet", which are used to form terms denoting multiplets (Oxford English Dictionary, entries "multiplet", "-plet, comb. form", "-let, suffix", and "-et

    Tuplet

    Tuplet

  • SETI@home
  • Volunteer computing project

    Nebula tool they developed and will choose the top-scoring 100 or so multiplets to be observed using the Five-hundred-meter Aperture Spherical Telescope

    SETI@home

    SETI@home

  • Spectral line
  • Distinctive narrow spectral feature of chemical species

    detailed designations usually include the line wavelength and may include a multiplet number (for atomic lines) or band designation (for molecular lines). Many

    Spectral line

    Spectral_line

  • 1971 Solomon Islands earthquakes
  • Earthquakes in Papua New Guinea

    Shallow, large thrust earthquakes in the Solomon Islands tend to occur in multiplets. Examples of such earthquakes include the doublets occurred in 1971, 1974

    1971 Solomon Islands earthquakes

    1971_Solomon_Islands_earthquakes

  • Scalar meson
  • Meson with total spin 0 and even parity

    of the scalar mesons as the chiral partners of the pseudoscalar meson multiplet. With the re-introduction of the σ meson as an acceptable candidate for

    Scalar meson

    Scalar_meson

  • Pseudovector meson
  • accurately determine the discrepancy between theory and measurement. The 1++ multiplet of light mesons may show similar behavior to that of other vector mesons

    Pseudovector meson

    Pseudovector_meson

  • Zero field NMR
  • Acquisition of NMR spectra of chemicals

    Machine https://pines.berkeley.edu/publications/chemical-analysis-using-j-coupling-multiplets-zero-field-nmr-0 Archived 2021-12-06 at the Wayback Machine

    Zero field NMR

    Zero field NMR

    Zero_field_NMR

  • Strange quark
  • Type of quark

    also known as SU(3) flavor symmetry. This ordered hadrons into isospin multiplets. The physical basis behind both isospin and strangeness was only explained

    Strange quark

    Strange quark

    Strange_quark

  • Seiberg–Witten theory
  • Theory in supersymmetric gauge theory

    superspace which fits inside the N = 2 {\displaystyle {\mathcal {N}}=2} chiral multiplet A {\displaystyle {\mathcal {A}}} . The first term is a perturbative loop

    Seiberg–Witten theory

    Seiberg–Witten_theory

  • Neuromyotonia
  • Medical condition

    Neuromyotonia is characterized electromyographically by doublet, triplet or multiplet single unit discharges that have a high, irregular intraburst frequency

    Neuromyotonia

    Neuromyotonia

  • Supersymmetry nonrenormalization theorems
  • further shown that this metric is independent of the scalars in the vector multiplets. They also proved that the metric of the Coulomb branch, which is a rigid

    Supersymmetry nonrenormalization theorems

    Supersymmetry_nonrenormalization_theorems

  • Gallic acid
  • 3,4,5-Trihydroxybenzoic acid

    NMR Proton NMR (acetone-d6): d : doublet, dd : doublet of doublets, m : multiplet, s : singlet δ : 7.15 (2H, s, H-3 and H-7) Carbon-13 NMR (acetone-d6):

    Gallic acid

    Gallic acid

    Gallic_acid

  • Omega baryon
  • Subatomic hadron particle

    doubly charmed baryon to be discovered, all by LHCb, completing this SU(4) multiplet of baryons. Delta baryon Hyperon Lambda baryon List of mesons List of

    Omega baryon

    Omega baryon

    Omega_baryon

  • George Pake
  • American physicist

    There, he discovered the multiplet structure produced by the dipolar coupling of two nuclear spins. In his honor, this multiplet is now known as the Pake

    George Pake

    George_Pake

  • Moduli (physics)
  • Space of vacuum states

    vector multiplet which contains a complex scalar and the hypermultiplet which contains two complex scalars. The moduli space of the vector multiplets is called

    Moduli (physics)

    Moduli_(physics)

  • Primes in arithmetic progression
  • Set of prime numbers linked by a linear relationship

    Number Twins, Triplets and Multiplets," arXiv:1102.3075[math.NT]. See also Theor.2.3 in "Regularities of Twin, Triplet and Multiplet Prime Numbers," arXiv:1103

    Primes in arithmetic progression

    Primes_in_arithmetic_progression

  • Nucleon
  • Component of an atomic nucleus

    Σ− , the Λ and the strange isodoublet Ξ0 , Ξ− . One can extend this multiplet in SU(4) flavour (with the inclusion of the charm quark) to the ground-state

    Nucleon

    Nucleon

    Nucleon

  • 2012 Yiliang earthquakes
  • Earthquakes in China

    2012 Yunnan earthquakes Zhaotong Kunming UTC time Multiplet earthquake:     A: 2012-09-07 03:19:42   B: 2012-09-07 03:58:00   C: 2012-09-07 04:06:03  

    2012 Yiliang earthquakes

    2012 Yiliang earthquakes

    2012_Yiliang_earthquakes

  • Nuclear magnetic resonance
  • Spectroscopic technique based on change of nuclear spin state

    interpretation of NMR spectra by causing broadening of spectral lines, distorting multiplet structures, and introducing artifacts, especially in high-resolution NMR

    Nuclear magnetic resonance

    Nuclear magnetic resonance

    Nuclear_magnetic_resonance

  • Type IIA supergravity
  • Ten-dimensional supergravity

    contains a single multiplet, known as the ten-dimensional N = 2 {\displaystyle {\mathcal {N}}=2} nonchiral multiplet. The fields in this multiplet are ( g μ ν

    Type IIA supergravity

    Type_IIA_supergravity

  • Multipolar exchange interaction
  • Higher-order interactions of magnetic moments of chemicals

    quadrupole or rank 2 tensors. The example tells us, for a J {\displaystyle J} -multiplet problem, one will need all rank 0 ∼ 2 J {\displaystyle 0\sim 2J} tensor

    Multipolar exchange interaction

    Multipolar_exchange_interaction

  • Asım Orhan Barut
  • Turkish-American theoretical physicist (1926–1994)

    a Class of O(4,2) Infinite Multiplets. I 1974 Relativistic Transition Amplitudes in a Class of O(4,2) Infinite Multiplets. Ii 1974 Spin-Statistics Connection

    Asım Orhan Barut

    Asım_Orhan_Barut

  • Weak hypercharge
  • Abelian charge found in electroweak theory

    equal to just the average electric charge of the particles in the isospin multiplet. Weak hypercharge is related to baryon number minus lepton number via:

    Weak hypercharge

    Weak_hypercharge

  • Molecular term symbol
  • Notation in physics and chemistry

    values and subscripts r and i represent regular (normal) and inverted multiplets, respectively. For a 4Π term there are four degenerate (ML, MS) pairs:

    Molecular term symbol

    Molecular_term_symbol

  • Rock hyrax midden
  • Petrified hyrax excrement accumulation

    sharper absorptions from w1600 to 1700, 1400, 1130, 770 and 690 cm−1. Multiplets between 1560 and 1640 cm−1 have been reported as being due to NeH bending

    Rock hyrax midden

    Rock hyrax midden

    Rock_hyrax_midden

  • Chiral symmetry breaking
  • Phenomenon in particle physics

    can be independently phase transformed. More generally they can form multiplets under some symmetry group G L × G R {\displaystyle G_{L}\times G_{R}{}}

    Chiral symmetry breaking

    Chiral_symmetry_breaking

  • Pati–Salam model
  • Grand Unified Theory proposed in 1974

    include left-right symmetry. For that, we need the additional chiral multiplets (4, 2, 1)H and (4, 2, 1)H. As complex representations: A generic invariant

    Pati–Salam model

    Pati–Salam_model

  • D electron count
  • Description of the electron configuration

    = Ti2+ Pavarini, E.; Koch, E.; Anders, F.; Jarrell, M., eds. (2012). "Multiplets in Transition Metal Ions". Correlated Electrons: From Models to Materials

    D electron count

    D_electron_count

  • Down quark
  • Type of quark

    symmetry. This classification scheme organized the hadrons into isospin multiplets, but the physical basis behind it was still unclear. In 1964, Gell-Mann

    Down quark

    Down quark

    Down_quark

  • Yvette Cauchois
  • French physicist

    named after her, and from 1934 she used it to observe gas emissions and multiplets. The new technique was used around the world for the analysis of X-rays

    Yvette Cauchois

    Yvette Cauchois

    Yvette_Cauchois

  • Gell-Mann–Okubo mass formula
  • Mass formula for hadrons

    formula provides a sum rule for the masses of hadrons within a specific multiplet, determined by their isospin (I) and strangeness (or alternatively, hypercharge)

    Gell-Mann–Okubo mass formula

    Gell-Mann–Okubo_mass_formula

  • Herbert S. Gutowsky
  • American physical chemist

    of molecular groups, named chemical exchange. He early postulated that multiplets observed with acids in aqueous solutions might collapse into a single

    Herbert S. Gutowsky

    Herbert_S._Gutowsky

  • Non-topological soliton
  • Special class of solitons

    gauged non-Abelian NTS. The massive (outside the NTS) member of fermionic multiplet decays into a massless one and a gauged boson also massless in the NTS

    Non-topological soliton

    Non-topological_soliton

  • Type IIB supergravity
  • Ten-dimensional supergravity

    and the last is associated with the KK monopole. For the supergravity multiplet to have an equal number of bosonic and fermionic degrees of freedom, the

    Type IIB supergravity

    Type_IIB_supergravity

  • Bogomol'nyi–Prasad–Sommerfield bound
  • Lower energy limit in string theory

    called BPS states. They have the following important properties: Short multiplets: BPS states form shorter irreducible representations of the supersymmetry

    Bogomol'nyi–Prasad–Sommerfield bound

    Bogomol'nyi–Prasad–Sommerfield_bound

  • 3D mirror symmetry
  • Equivalence in 3D quantum field theory

    the Coulomb branch of the gauge theory, where the scalar in the vector multiplet has a VEV, as being the regime where massless vortices condense. Thus

    3D mirror symmetry

    3D_mirror_symmetry

  • Irreducible representation
  • Type of group and algebra representation

    space V for a representation of the symmetry group of the Hamiltonian, a "multiplet", best studied through reduction to its irreducible parts. Identifying

    Irreducible representation

    Irreducible representation

    Irreducible_representation

  • Composite Higgs models
  • mixings, and Y is a composite sector coupling. The composite particles are multiplets of the unbroken symmetry H. For phenomenological reasons this should contain

    Composite Higgs models

    Composite_Higgs_models

  • 4D N = 1 global supersymmetry
  • Theory of supersymmetry in four dimensions

    chiral multiplets ( ϕ n , χ n ) {\displaystyle (\phi ^{n},\chi ^{n})} indexed by n {\displaystyle n} , along with an arbitrary number of gauge multiplets (

    4D N = 1 global supersymmetry

    4D_N_=_1_global_supersymmetry

  • Flavour (particle physics)
  • Species of elementary particle

    zoo), where particles with similar mass are assigned an SU(2) isospin multiplet. The discovery of strange particles like the kaon led to a new quantum

    Flavour (particle physics)

    Flavour_(particle_physics)

  • Proton nuclear magnetic resonance
  • NMR via protons, hydrogen-1 nuclei

    of multiplicity. Below are NMR signals corresponding to several simple multiplets of this type. Note that the outer lines of the nonet (which are only 1/8

    Proton nuclear magnetic resonance

    Proton nuclear magnetic resonance

    Proton_nuclear_magnetic_resonance

  • Hund's rules
  • Rules to determine the ground state of an atom

    Prentice-Hall. pp. 310–311. ISBN 0-205-12770-3. "Hund's Rules". HyperPhysics. Multiplets in Transition Metal ions in E. Pavarini, E. Koch, F. Anders, and M. Jarrell:

    Hund's rules

    Hund's rules

    Hund's_rules

  • Anomaly (physics)
  • Asymmetry of classical and quantum action

    number of fermion multiplets in representations of (iso)-spin 2N + 1/2 can have the SU(2) anomaly; an odd number of fermion multiplets in representations

    Anomaly (physics)

    Anomaly (physics)

    Anomaly_(physics)

  • Proton decay
  • Hypothetical particle decay process of a proton

    comes from 10 ⊕ 5 ¯ {\displaystyle \textstyle 10\oplus {\overline {5}}} multiplets of SU(5), and the scale of the grand unified coupling is about 1015 GeV

    Proton decay

    Proton decay

    Proton_decay

  • Quantum chromodynamics
  • Theory of the strong nuclear interactions

    flavor group SU(3), and the observed particles make isospin and SU(3) multiplets. The approximate flavor symmetries do have associated gauge bosons, observed

    Quantum chromodynamics

    Quantum chromodynamics

    Quantum_chromodynamics

  • Charlotte Moore Sitterly
  • American astronomer (1898–1990)

    with Tousey for decades, which led to her 1950 publication, "Ultraviolet Multiplet Table." In 1949, she became the first woman elected as an associate of

    Charlotte Moore Sitterly

    Charlotte Moore Sitterly

    Charlotte_Moore_Sitterly

  • Molecular orbital diagram
  • Visual tool in quantum chemistry

    (2-0)/2 = 1. The photoelectron spectrum of dihydrogen shows a single set of multiplets between 16 and 18 eV (electron volts). The dihydrogen MO diagram helps

    Molecular orbital diagram

    Molecular_orbital_diagram

  • Clebsch–Gordan coefficients for SU(3)
  • Representation of angular momentum tensor product states important to physics

    multiplet may be completely specified by five labels, two of which, the eigenvalues of the two Casimirs, are common to all members of the multiplet.

    Clebsch–Gordan coefficients for SU(3)

    Clebsch–Gordan_coefficients_for_SU(3)

  • Atle Selberg
  • Norwegian mathematician (1917–2007)

    MR 0012624. Zbl 0028.34802. Selberg, Atle (1944). "Bemerkninger om et multiplet integral". Norsk Matematisk Tidsskrift. 26: 71–78. MR 0018287. Zbl 0063

    Atle Selberg

    Atle Selberg

    Atle_Selberg

  • Raphael Flauger
  • German physicist and cosmologist

    Matthew (2012). "The One-Loop Effective Kähler Potential. I: Chiral Multiplets". arXiv:1205.3492 [hep-th]. Flauger, Raphael; Hill, J. Colin; Spergel

    Raphael Flauger

    Raphael_Flauger

  • TMEM171
  • Protein-coding gene in the species Homo sapiens

    not have more proline residues than expected; however it does have a multiplet of 6 proline residues. More distant orthologs, including Xenopus tropicalis

    TMEM171

    TMEM171

    TMEM171

  • John Robert Schrieffer
  • American physicist (1931–2019)

    switching to physics in his junior year. He completed a bachelor's thesis on multiplets in heavy atoms under the direction of John C. Slater in 1953. Pursuing

    John Robert Schrieffer

    John Robert Schrieffer

    John_Robert_Schrieffer

  • Aleksei Balandin
  • Soviet chemist known for organic catalysis

    the field of organic catalysis, where is known as the developed of the multiplet theory of catalysis. He is the author of several books, and many scientific

    Aleksei Balandin

    Aleksei Balandin

    Aleksei_Balandin

  • Drop-Seq
  • Single-Cell RNA-Sequencing Method

    droplets using a single microfluidic channel, reducing costs. Has a higher multiplet rate due to multi-cellular droplets compared to other droplet based sequencing

    Drop-Seq

    Drop-Seq

    Drop-Seq

  • M5-brane
  • Black brane solution in eleven-dimensional supergravity

    charge under the 3-form gauge field of the 11-dimensional supergravity multiplet. The M5-brane is the electric-magnetic dual of the M2-brane. Upon compactification

    M5-brane

    M5-brane

  • Charles Fadley
  • American physicist (1941–2019)

    development of photoelectron spectroscopy for core-level chemical shifts, multiplet splittings, surface-sensitivity enhancement, photoelectron diffraction

    Charles Fadley

    Charles_Fadley

  • Murray Gell-Mann
  • American theoretical physicist (1929–2019)

    (1956). "The Interpretation of the New Particles as Displaced Charge Multiplets". Il Nuovo Cimento. 4 (supplement 2): 848–866. Bibcode:1956NCim....4S

    Murray Gell-Mann

    Murray Gell-Mann

    Murray_Gell-Mann

  • Higher-dimensional supergravity
  • General relativity in M-theory

    supermultiplet; the one that contains a graviton is called the supergravity multiplet. The name of a supergravity theory generally includes the number of dimensions

    Higher-dimensional supergravity

    Higher-dimensional_supergravity

  • Degenerate energy levels
  • Energy level of a quantum system

    is another important example of an accidental symmetry. The symmetry multiplets in this case are the Landau levels which are infinitely degenerate. In

    Degenerate energy levels

    Degenerate energy levels

    Degenerate_energy_levels

  • UBALD1
  • Human Gene/Protein

    contains multiple duplets/triplets of these residues. Proline residues and multiplets are highly conserved, specifically within the PHA03247 domain. The protein

    UBALD1

    UBALD1

    UBALD1

  • K-edge
  • Sudden increase in x-ray absorption

    Jane G.; Hedman, Britt; Hodgson, Keith O.; Solomon, Edward I. (1997). "A Multiplet Analysis of Fe K-Edge 1s → 3d Pre-Edge Features of Iron Complexes". Journal

    K-edge

    K-edge

  • Canonical commutation relation
  • Relation satisfied by conjugate variables in quantum mechanics

    holds for the spin operators. Here, for Lx and Ly , in angular momentum multiplets ψ = |ℓ,m⟩, one has, for the transverse components of the Casimir invariant

    Canonical commutation relation

    Canonical_commutation_relation

  • Carbon-13 nuclear magnetic resonance
  • Analytical method

    abundance of 13C. Hence in contrast to typical proton NMR spectra, which show multiplets for each proton position, carbon NMR spectra show a single peak for each

    Carbon-13 nuclear magnetic resonance

    Carbon-13_nuclear_magnetic_resonance

  • Eightfold way (physics)
  • Classification scheme for hadrons

    discovery of the neutron, was used to group some hadrons together into "multiplets" but no successful scientific theory as yet covered the hadrons as a whole

    Eightfold way (physics)

    Eightfold way (physics)

    Eightfold_way_(physics)

  • Doublet–triplet splitting problem
  • Phys. Lett. B 112:133,1982. doi:10.1016/0370-2693(82)90313-6 'Incomplete Multiplets in Supersymmetric Unified Models.' Savas Dimopoulos, Frank Wilczek. "Where

    Doublet–triplet splitting problem

    Doublet–triplet_splitting_problem

  • Exciton
  • Quasiparticle which is a bound state of an electron and an electron hole

    absorption bands are polarized along the symmetry axes of the crystal. Such multiplets were discovered by Antonina Prikhot'ko and their genesis was proposed

    Exciton

    Exciton

    Exciton

  • Chiral model
  • Model of mesons in the massless quark limit

    The four real quantities (π, σ) define the smallest nontrivial chiral multiplet and represent the field content of the linear sigma model. To switch from

    Chiral model

    Chiral model

    Chiral_model

  • Propagator
  • Function in quantum field theory showing probability amplitudes of moving particles

    operator and P s 0 {\displaystyle {\mathcal {P}}_{s}^{0}} is a spin-0 scalar multiplet. The graviton propagator for (Anti) de Sitter space is G = P 2 2 H 2 −

    Propagator

    Propagator

    Propagator

  • Earth's field NMR
  • NMR use in the geomagnetic field

    field. The absence of chemical shifts causes features such as spin–spin multiplets (separated by high fields) to be superimposed in EFNMR. Instead, EFNMR

    Earth's field NMR

    Earth's_field_NMR

  • Twistor theory
  • Theory proposed by Roger Penrose

    takes cohomology classes on supertwistor space to massless supersymmetric multiplets on super Minkowski space. The N {\displaystyle {\mathcal {N}}} = 4 case

    Twistor theory

    Twistor_theory

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