Implementation of vector bosons in AMRTY. More...

#include <vectorField.h>

Inheritance diagram for mty::VectorBoson:

Public Member Functions
template<class ... Args>
	VectorBoson (Args &&...args)
	Delegates any arguments to the BaseVectorBoson::BaseVectorBoson() constructors and creates the associated field strength. More...

void	setName (std::string t_name) override

bool	isSameSpecies (QuantumFieldParent const *other) const override

bool	contains (QuantumFieldParent const *other) const override

void	printDefinition (std::ostream &out=std::cout, int indentSize=4, bool header=false) const override

ParticleType	getParticleType () const override

Particle	generateSimilar (std::string const &t_name) const override
	Pure virtual function. Generates a partical similar to the current object, changing only the name. More...

bool	hasFieldStrength () const override
	Tells if the particle has a FieldStrength. More...

Particle	getFieldStrength () const override

csl::Expr	getXiGauge () const override

mty::gauge::Choice	getGaugeChoice () const override

Particle	getGhostBoson () const override
	For a vector boson in a non abelian gauged group, returns the associated ghost boson. More...

Particle	getConjugatedGhostBoson () const override

Particle	getGoldstone () const override
	For a vector boson in a non abelian gauged group, returns the associated Goldstone boson. More...

void	setGoldstoneBoson (Particle const &goldstone) override
	Associates the vector with a new Goldstone boson. More...

void	setGhostBoson (Particle const &ghost) override
	Associates the vector with a new ghost boson. More...

void	setConjugatedGhostBoson (Particle const &ghost) override

void	setGaugeChoice (gauge::Type type) override

void	setFieldStrength (Particle const &fieldStrength) override
	For a VectorBoson, sets the associated FieldStrength. More...

void	setBrokenParts (const csl::Space *broken, const std::vector< Particle > &parts) override
	Sets broken parts (from gauge of flavor symmetry full breaking) containing the new particles. More...

csl::Expr	operator() (std::vector< csl::Index > indices, const csl::Tensor &t_point) override
	Creates a vector or field strength expression depending on the indices that are given. More...

void	breakParticle (mty::Group *brokenGroup, std::vector< std::string > const &newNames) override

void	breakParticle (mty::FlavorGroup brokenFlavor, std::vector< mty::FlavorGroup > const &subGroups, std::vector< std::string > const &names) override

Public Member Functions inherited from mty::BaseVectorBoson
	BaseVectorBoson ()=default
	Default constructor. Initializes nothing.

	BaseVectorBoson (BaseVectorBoson const &other)=default
	Default copy constructor. More...

	BaseVectorBoson (const std::string &t_name, Gauge *t_gauge)
	Constructor with two parameters. More...

	BaseVectorBoson (const std::string &t_name, mty::Model &model)
	Constructor with two parameters. More...

	BaseVectorBoson (const std::string &t_name, const GaugeIrrep &irrep)
	Constructor with two parameters. More...

	BaseVectorBoson (const std::string &t_name, Gauge *t_gauge, bool t_isSelfConjugate)
	Constructor with three parameters. More...

	BaseVectorBoson (const std::string &t_name, const GaugeIrrep &irrep, bool t_isSelfConjugate)
	Constructor with three parameters. More...

	BaseVectorBoson (const std::string &t_name, const GaugeIrrep &irrep, const FlavorIrrep &flavorRep)
	Constructor with two parameters. More...

	BaseVectorBoson (const std::string &t_name, const BaseVectorBoson *other)
	Copies another vector boson and takes a new name. More...

csl::Expr	getEnergyDimension () const override

int	getNDegreesOfFreedom () const override

csl::Expr	getKineticTerm (csl::Tensor &X) override
	Calculates the kinetic term for the vector boson. More...

Public Member Functions inherited from mty::QuantumFieldParent
	QuantumFieldParent ()=default
	Default constructor.

	QuantumFieldParent (QuantumFieldParent const &other)=default
	Copy constructor.

	QuantumFieldParent (const std::string &t_name, int t_spin, Gauge *t_gauge)
	Constructor with 3 parameters. More...

	QuantumFieldParent (const std::string &t_name, int t_spin, const GaugeIrrep &irrep)
	Constructor with 3 parameters. More...

	QuantumFieldParent (const std::string &t_name, int t_spin, Gauge *t_gauge, bool t_isSelfConjugate)
	Constructor with 4 parameters. More...

	QuantumFieldParent (const std::string &t_name, int t_spin, const GaugeIrrep &irrep, bool t_isSelfConjugate)
	Constructor with 4 parameters. More...

	QuantumFieldParent (const std::string &t_name, int t_spin, const GaugeIrrep &irrep, const FlavorIrrep &flavorRep)
	Constructor with 4 parameters. More...

	QuantumFieldParent (const std::string &t_name, const QuantumFieldParent *other)
	Builds a new particle identical to another, with a different name. More...

drawer::ParticleType	getDrawType () const
	Returns the drawing type of the particle. More...

void	setDrawType (drawer::ParticleType type)
	Sets the drawing type of the particle. More...

virtual Chirality	getChirality () const
	Returns the chirality of the particle. More...

int	getNGaugeDegreesOfFreedom () const

virtual bool	hasSpecialContractionWith (QuantumField const &other) const
	Tells if the field has a special contraction property with other. More...

virtual bool	isChiral () const
	Tells if the field is chiral. More...

virtual Particle	getChiralityCounterPart () const
	For a WeylFermion embedded in a DiracFermion, returns the other part of the DiracFermion. More...

virtual Particle	getWeylFermion (Chirality chirality) const
	For a DiracFermion, returns the chiral WeylFermion it contains of chirality chirality if it has one. More...

virtual Particle	getDiracParent () const
	For a WeylFermion embedded in a DiracFermion, returns the dirac fermion. More...

virtual void	setDiracParent (Particle const &diracFermion)

virtual csl::Expr	getPropagator (QuantumField const &self, QuantumField const &other, csl::Tensor &P, bool external) const
	Returns the expression of the propagator between two fields. More...

virtual csl::Expr	getInvPropagator (QuantumField const &other, QuantumField const &self, csl::Tensor &P, bool external) const
	Returns the expression of the propagator between two fields. More...

virtual bool	isGaugeBoson () const
	Tells if the particle is a gauge boson. More...

virtual Particle	getVectorBoson () const
	For a ghost or goldstone boson, returns the GaugeBoson associated with it. More...

virtual GaugedGroup const *	getGaugedGroup () const

virtual GaugedGroup *	getGaugedGroup ()

virtual Particle	getGoldstoneBoson () const
	For a GaugeBoson, returns the associated Golstone boson of there is one. More...

bool	isContractibleWith (QuantumFieldParent const *other) const
	Tells if the field may be contracted with another in Wick contrations. More...

bool	isBosonic () const
	Tells if the field is bosonic. More...

bool	isFermionic () const
	Tells if the field is fermionic. More...

virtual bool	isAntiCommuting () const
	Tells if the field is a grassman field. More...

bool	isSelfConjugate () const
	Tells if the field is self-conjugate (real). More...

bool	isReal () const

bool	isPhysical () const
	Tells if the field is physical, i.e. may appear in external legs. More...

bool	isEnabledInDiagrams () const
	Tells if the field is enabled in diagrams. More...

bool	isIntegratedOut () const
	Tells if the field is integrated out. More...

int	getSpinDimension () const
	Returns twice the spin of the particle in an integer. More...

csl::Expr	getMass () const
	Returns the expression of the mass of the particle. More...

csl::Expr	getSquaredMass () const

csl::Expr	getWidth () const
	Returns the expression of the witdh of the particle. More...

Irrep	getLorentzRep () const
	Returns the lorentz representation of the field. More...

Gauge *	getGauge () const
	Returns a pointer to the gauge the field is a representation of. More...

GaugeIrrep	getGaugeIrrep () const
	Returns the gauge representation containing all individual group representations of the field in the gauge. More...

Irrep	getGroupIrrep (const Group *group) const
	Returns the representation of the field in a particle group. More...

Flavor const *	getFlavor () const

void	setFlavor (Flavor const *flavor)

FlavorIrrep	getFlavorIrrep () const
	Returns the flavor representation containing all individual group representations of the field in the flavor. More...

Irrep	getFlavorIrrep (const FlavorGroup *group) const
	Returns the representation of the field in a particle flavor group. More...

std::vector< csl::Index >	getSpaceIndex (const std::string &nameIndex="") const
	Returns a set of free space indices corresponding to the field. More...

std::vector< csl::Index >	getGaugeIndex (std::vector< std::string > names=std::vector< std::string >()) const
	Returns a set of gauge indices corresponding to the field. More...

std::vector< csl::Index >	getFlavorIndex (std::vector< std::string > names=std::vector< std::string >()) const
	Returns a set of flavor indices corresponding to the field. More...

std::vector< csl::Index >	getFullSetOfIndices () const
	Returns a full set of indices for the field including flavor , gauge, and space-time indices. More...

QuantumNumber::Value	getQuantumNumber (QuantumNumber const *number) const
	Returns the quantum number of the field with respect to number. More...

QuantumNumber::Value	getQuantumNumber (QuantumField const instance, QuantumNumber const number) const
	Returns the quantum number of an instance of the field with respect to number. More...

csl::Expr	getInstance (csl::Tensor point=defaultSpaceTimePoint)
	Returns an instance of the quantum field as an expression. More...

void	integrateOut (bool value=true)
	Sets the integrated out property of the field. More...

void	setMass (const std::string &t_mass)
	Sets the mass of the particle. More...

void	setMass (const std::string &t_mass, long double value)
	Sets the mass of the particle. More...

void	setMass (const csl::Expr &t_mass)
	Sets the mass of the particle. More...

void	setWidth (const csl::Expr &t_width)
	Sets the width of the particle. More...

void	setSelfConjugate (bool t_selfConjugate)
	Sets the complex conjugation property of the particle. More...

void	setPhysical (bool t_physical)
	Sets the physical property of the particle. More...

void	setEnabledInDiagrams (bool t_enabled)
	Enables or disables the particle in diagrams. More...

void	adjustFlavorRep (Flavor *t_flavor)
	Ajusts the flavor representation of the field to a new flavor group. More...

void	setGaugeIrrep (const GaugeIrrep &newRep)

void	setGroupRep (Group *group, const Irrep &newRep)
	Sets the representation of the field for a given group. More...

void	setGroupRep (std::string const &group, std::vector< int > const &highestWeight)
	Sets the representation of the field for a given group. More...

void	setGroupRep (std::string const &group, int charge)

void	setFlavorRep (const FlavorGroup *group, const Irrep &newRep)
	Sets the representation of the field for a given flavor group. More...

void	setFundamentalFlavorRep (std::string const &flavorGroup)

void	addQuantumNumber (QuantumNumber const &number, QuantumNumber::Value value)
	Adds a non trivial quantum number to the particle. More...

std::vector< csl::Parent >	breakSpace (const csl::Space broken, const std::vector< const csl::Space > &newSpace, const std::vector< size_t > &pieces) const override
	Returns the set of new tensors after breaking the particle in parts. More...

QuantumFieldParent &	operator= (const QuantumFieldParent &other)=default
	Assignment operator (c++ default). More...

csl::Expr	operator() (const csl::Tensor &t_point) override
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (csl::Index index, const csl::Tensor &t_point) override
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (std::vector< int > const &indices, const csl::Tensor &t_point) override
	Generates an instance of the QuantumField as a symbolic expression. More...

csl::Expr	operator() (std::vector< csl::Index > indices, const csl::Tensor &t_point) override
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (csl::Index polarization, std::vector< int > const &indices, const csl::Tensor &t_point)
	Generates an instance of the PolarizationField as a symbolic expression. More...

csl::Expr	operator() ()
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (csl::Index index) override
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (std::vector< csl::Index > indices) override
	Generates an instance of the field as a symbolic expression. More...

csl::Expr	operator() (csl::Index polarization, csl::Index index, const csl::Tensor &momentum)
	Generates an instance of the polarization field as a symbolic expression. More...

csl::Expr	operator() (csl::Index polarization, std::vector< csl::Index > indices, const csl::Tensor &momentum)
	Generates an instance of the polarization field as a symbolic expression. More...

	operator csl::Expr ()

Public Member Functions inherited from csl::TensorFieldParent
cslParent::PrimaryType	getPrimaryType () const override

cslParent::Type	getType () const override

Public Member Functions inherited from csl::TensorParent
	TensorParent (const std::string &t_name)

	TensorParent (const TensorParent &abstract)=default

	TensorParent (const std::string &t_name, const Space *t_space)

	TensorParent (const std::string &t_name, const std::vector< const Space * > &t_space)

	TensorParent (const std::string &t_name, const std::vector< const Space * > &t_space, const Expr &t_tensor)

	TensorParent (const std::string &t_name, const Space *t_space, const Expr &t_tensor)

cslParent::PrimaryType	getPrimaryType () const override

cslParent::Type	getType () const override

int	getDim (const Space *t_space) const override

std::vector< const Space *>	getSpace () const override

Symmetry	getSymmetry () const

bool	getFullySymmetric () const override

bool	getFullyAntiSymmetric () const override

std::vector< Permutation >	getPermutation () const override

Expr	getTensor () const override

Expr	getTrace () const override

bool	dependsOn (Expr_info expr) const override

bool	dependsExplicitlyOn (Expr_info expr) const override

const std::vector< Equation *> &	getProperties () const override

void	setFullySymmetric () override

void	setFullyAntiSymmetric () override

void	addSpace (const Space *space) override

void	addSymmetry (int i1, int i2) override

void	addAntiSymmetry (int i1, int i2) override

void	setSymmetry (const Symmetry &t_symetry) override

void	setTensor (const Expr &t_tensor) override

void	setElementary (bool t_elementary)

bool	hasContractionProperty (const Abstract *self, Expr_info B) const override

Expr	contraction (const Abstract *self, Expr_info B) const override

void	addSelfContraction (const Expr &A, const Expr &B, const Expr &res, std::optional< std::function< bool(Expr_info, Expr_info)>> condition=std::nullopt) override

virtual bool	operator== (const TensorParent &other) const

virtual bool	operator!= (const TensorParent &other) const

Public Member Functions inherited from csl::AbstractParent
	AbstractParent (const std::string &t_name)

	AbstractParent (const AbstractParent &abstract)=default

std::string const &	getName () const

bool	getCommutable () const

void	setCommutable (bool t_commutable)

void	addProperty (Equation *prop)

void	removeProperty (Equation *prop)

virtual int	getDim () const

Protected Member Functions
void	initPropagator () override
	Initializes default propagators for the particle. This function is called automatically in the constructor of derived classes. More...

void	updateBrokenFieldStrength (csl::Space const *space)

void	updateBrokenGhost (csl::Space const *space, std::shared_ptr< GhostBoson > const &local_ghost)

void	updateBrokenGoldstone (csl::Space const *space)

Protected Member Functions inherited from mty::QuantumFieldParent
void	addRelative (std::weak_ptr< mty::QuantumFieldParent > const &particle)

std::weak_ptr< mty::QuantumFieldParent >	removeRelative (QuantumFieldParent const *particle)

void	checkRelatives ()

template<class Func >
void	applyToRelatives (Func &&func)

void	printQuantumDefinition (std::ostream &out, int indentSize) const

void	initIndexSpaces ()
	Initializes firstGaugeIndex and firstSpaceIndex. Automatically called by the constructor. More...

void	initPolarizationSum ()
	Initializes the polarization sum for PolarizationField arising in amplitudes. More...

void	setPropagator (QuantumFieldParent const *other, Propagator_func prop)
	Changes the propagator of a particle with another. More...

Protected Attributes
mty::gauge::Choice	choice
	Gauge choice for the vector, modifying also properties of the Ghost and Goldstone boson (if some are defined for the vector).

std::shared_ptr< GoldstoneBoson >	goldstone
	Pointer to the GoldstoneBoson associated to the vector, if there is one.

std::shared_ptr< GhostBoson >	ghost
	Pointer to the GhostBoson associated to the vector, if there is one.

std::shared_ptr< GhostBoson >	ghost_c
	Pointer to the conjugated GhostBoson associated to the vector, if there is one (for example for the W boson that has two ghosts).

std::shared_ptr< FieldStrength >	fieldStrength
	Pointer to the FieldStrength associated to the vector.

Protected Attributes inherited from mty::QuantumFieldParent
bool	bosonic
	True if the field is bosonic.

bool	selfConjugate = false
	True if the field is real (real scalars, gauge bosons , majorana fermions). More...

bool	integratedOut = false
	Tells if the field is integrated out in the theory. If true, the propagator is modified assuming \( M \gg p \).

bool	physical = true
	Tells if the field is physical. If true, it may appear in external states. Otherwise it is forbidden.

bool	enabledInDiagrams = true
	Tells if the field is enabled in diagrams. If no, it is fully discarded in computations.

csl::Expr	mass = CSL_0
	Mass of the particle. Appears in the propagator.

csl::Expr	width = CSL_0
	Width of the particle. Appears in the propagator.

drawer::ParticleType	drawType = drawer::ParticleType::None
	Particle type in graphical diagrams (straight line, arrow, vector, gluon ...).

Group *	stGroup
	Pointer to the space-time group. For know it is the Lorentz group, \( D_2 \) algebra.

Irrep	spin
	Spin representation in stGroup. To have a number corresponding to the spin, see getSpinDimension().

Gauge *	gauge
	Pointer to the gauge the particle is a representation of.

GaugeIrrep	irrep
	Representation of the field in the gauge gauge.

bool	polarizationSumInitialized = false
	Boolean making sure that polarization sum (see PolarizationField) is initialized only onde.

size_t	firstGaugeIndex
	Position of the first gauge index, after flavor indices.

size_t	firstSpaceIndex
	Position of the first space index, after flavor and gauge indices.

const Flavor *	flavor
	Pointer to the flavor the particle is a representation of.

FlavorIrrep	flavorRep
	Representation of the field in the flavor flavor.

std::map< QuantumNumber::ID, QuantumNumber::Value >	qNumbers
	List of quantum numbers of the field. More...

std::map< QuantumFieldParent const *, Propagator_func >	propagator
	Contains all propagators for the field with other. More...

std::vector< std::weak_ptr< mty::QuantumFieldParent > >	relatives

Protected Attributes inherited from csl::TensorParent
std::vector< const Space *>	space

Symmetry	symmetry

bool	fullySymmetric

bool	fullyAntiSymmetric

std::vector< std::pair< SelfContraction, Expr > >	selfContraction

bool	valued

Expr	tensor

Expr	trace

Protected Attributes inherited from csl::AbstractParent
std::string	name

std::string	latexName

bool	commutable

std::vector< Equation *>	props

Additional Inherited Members
Public Types inherited from mty::QuantumFieldParent
using	Propagator_func = std::function< csl::Expr(QuantumField const &, QuantumField const &, csl::Tensor &, bool)>
	Type definition. A Propagator_func is a function called to get the propagator result of the contraction of two fields. More...

Detailed Description

Implementation of vector bosons in AMRTY.

A vector boson comes with a FieldStrength each time that allows to write interactions with vectors in an easier way, usin directly the Field strength for derivative couplings. Vector bosons can also be associated to a GoldstoneBoson or a GhostBoson (automatic for non abelian gauged groups) for gauge fixing procedures.

Constructor & Destructor Documentation

◆ VectorBoson()

template<class ... Args>

mty::VectorBoson::VectorBoson ( Args &&... args )

inline

Delegates any arguments to the BaseVectorBoson::BaseVectorBoson() constructors and creates the associated field strength.

Template Parameters

...Args Variadic template argument types.

Parameters

...args Parameter pack.

Member Function Documentation

◆ generateSimilar()

Particle mty::VectorBoson::generateSimilar ( std::string const & t_name ) const

overridevirtual

Pure virtual function. Generates a partical similar to the current object, changing only the name.

Parameters

t_name Name of the new particle, identical to the current object.

Returns: The new Particle.

Implements mty::QuantumFieldParent.

Reimplemented in mty::GaugeBoson.

◆ getFieldStrength()

Particle mty::VectorBoson::getFieldStrength ( ) const

overridevirtual

Returns: The field strength of the vector.

See also: FieldStrength

Reimplemented from mty::QuantumFieldParent.

◆ getGaugeChoice()

mty::gauge::Choice mty::VectorBoson::getGaugeChoice ( ) const

overridevirtual

Returns: The gauge choice for the vector boson.

Reimplemented from mty::QuantumFieldParent.

◆ getGhostBoson()

Particle mty::VectorBoson::getGhostBoson ( ) const

overridevirtual

For a vector boson in a non abelian gauged group, returns the associated ghost boson.

Returns: The ghost associated with the vector if there is one.; nullptr else.

Reimplemented from mty::QuantumFieldParent.

◆ getGoldstone()

Particle mty::VectorBoson::getGoldstone ( ) const

overridevirtual

For a vector boson in a non abelian gauged group, returns the associated Goldstone boson.

Returns: The Goldstone associated with the vector if there is one.; nullptr else.

Reimplemented from mty::QuantumFieldParent.

◆ getXiGauge()

csl::Expr mty::VectorBoson::getXiGauge ( ) const

overridevirtual

Returns: The \( \xi \) gauge fixing parameter.

Reimplemented from mty::QuantumFieldParent.

◆ hasFieldStrength()

bool mty::VectorBoson::hasFieldStrength ( ) const

overridevirtual

Tells if the particle has a FieldStrength.

A FieldStrength is defined automatically for VectorBoson fields, gauge bosons or not. It is defined as

\[ F^I_{\mu\nu} \equiv \partial _\mu A^I_\nu - \partial _\nu A^I_\mu, \]

with \( A^A_\mu \) a vector boson with a generic index \( I \) representing all flavor and gauge structures. If the field strength is defined, the kinetic term is expressed as \( -\frac{1}{4}F^I_{\mu\nu} F^{I\mu\nu} \) and contractions like \( \langle A^I_\mu F^J_{\nu\rho} \rangle \) or \( \langle F^I_{\mu\nu}F^J_{\rho\sigma}\rangle \) are defined by built-in propagators.

See also: VectorBoson, FieldStrength, Propagator_func, quantumFieldTheory.h.

Returns: True if the particle (should be a VectorBoson) has a FieldStrength defined.; False else.

Reimplemented from mty::QuantumFieldParent.

◆ initPropagator()

void mty::VectorBoson::initPropagator ( )

overrideprotectedvirtual

Initializes default propagators for the particle. This function is called automatically in the constructor of derived classes.

See also: Propagator_func, ScalarBoson, WeylFermion, DiracFermion, VectorBoson.

Reimplemented from mty::QuantumFieldParent.

◆ operator()()

csl::Expr mty::VectorBoson::operator()	(	std::vector< csl::Index >	indices,
		const csl::Tensor &	t_point
	)

override

Creates a vector or field strength expression depending on the indices that are given.

Generates \( A_\mu^{\{I\}} \) or \( F_{\mu\nu}^{\{I\}} \) depending on the number of Minkowski indices given. Flavor and gauge indices \( \{I\} \) are the same in both cases.

Parameters

indices	Indices. If an additional Minkowski index is given, a field strength object is returned.
t_point	Space-time point.

Returns: The expression corresponding to the given indices.

◆ setBrokenParts()

void mty::VectorBoson::setBrokenParts	(	const csl::Space *	broken,
		const std::vector< Particle > &	brokenParts
	)

overridevirtual

Sets broken parts (from gauge of flavor symmetry full breaking) containing the new particles.

This function should not be called directly by the user in general. It overrides a csl function that allows to break a tensor into several parts. In this case the space is fully broken (no subspace left).

Parameters

broken	Space that is broken in several parts.
brokenParts	New particles arising from the symmmetry breaking.

Reimplemented from mty::QuantumFieldParent.

◆ setFieldStrength()

void mty::VectorBoson::setFieldStrength ( Particle const & fieldStrength )

overridevirtual

For a VectorBoson, sets the associated FieldStrength.

The fieldStrength must of course be consitent with the actual field.

See also: hasFieldStrength(), FieldStrength, VectorBoson.

Returns: The FieldStrength of the the VectorBoson if it exists.; nullptr otherwise.

Reimplemented from mty::QuantumFieldParent.

◆ setGhostBoson()

void mty::VectorBoson::setGhostBoson ( Particle const & ghost )

overridevirtual

Associates the vector with a new ghost boson.

The ghost should have the same representation (flavor and gauge) as the vector.

Parameters

goldstone Golstone boson to associate.

Reimplemented from mty::QuantumFieldParent.

◆ setGoldstoneBoson()

void mty::VectorBoson::setGoldstoneBoson ( Particle const & goldstone )

overridevirtual

Associates the vector with a new Goldstone boson.

The Goldstone should have the same representation (flavor and gauge) as the vector.

Parameters

goldstone Golstone boson to associate.

Reimplemented from mty::QuantumFieldParent.

The documentation for this class was generated from the following files:

include/vectorField.h
src/vectorField.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ VectorBoson()

Member Function Documentation

◆ generateSimilar()

◆ getFieldStrength()

◆ getGaugeChoice()

◆ getGhostBoson()

◆ getGoldstone()

◆ getXiGauge()

◆ hasFieldStrength()

◆ initPropagator()

◆ operator()()

◆ setBrokenParts()

◆ setFieldStrength()

◆ setGhostBoson()

◆ setGoldstoneBoson()