Updated on March 16, 2024

The word 'matrix' can be paired with a number of adjectives, each adding its own unique shade of meaning. An 'extracellular' matrix refers to the complex network outside cells, highlighting its biological importance. A 'diagonal' matrix, on the other hand, speaks to geometric precision within mathematics and physics. Describing a matrix as 'organic' often suggests a naturally occurring framework, adding a touch of the natural world to the conversation. Meanwhile, a 'symmetric' matrix brings to mind images of balance and uniformity. And calling a matrix 'original' or 'solid' can underscore its novelty or reliability. Each adjective opens up a new facet of understanding, enriching the conversation. Discover how these and other adjectives unveil the multifaceted character of 'matrix' in the full list below.

extracellular | Fibroblasts secrete proteins that form the extracellular matrix |

diagonal | This is a diagonal matrix |

organic | The organic matrix of the bone is composed of collagen, which provides strength and flexibility. |

symmetric | The symmetric matrix is a square matrix. |

original | The original matrix was destroyed and a new one was created. |

solid | The material consists of a solid matrix with dispersed particles. |

nuclear | The nuclear matrix is a network of proteins that provides structural support to the nucleus. |

jacobian | The Jacobian matrix of the function describes the local behavior of the function near a given point. |

dimensional | The dimensional matrix was analyzed by the team of scientists. |

positive | The eigenvalues of a positive matrix are all positive. |

triangular | The triangular matrix has diagonal elements and zero elements above or below the diagonal. |

definite | A definite matrix is one for which all the elements are known. |

complex | The complex matrix puzzled the mathematician. |

cultural | The company's cultural matrix emphasized teamwork and innovation. |

orthogonal | The orthogonal matrix preserves the dot product of vectors. |

hessian | The hessian matrix is a square matrix of second-order partial derivatives. |

corresponding | The corresponding matrix of the linear transformation is a 3x3 matrix. |

amorphous | The amorphous matrix of the polymer exhibited a high degree of flexibility. |

intercellular | The intercellular matrix provides strength and support to the cells within a tissue. |

dense | The dense matrix contained important data for the analysis. |

germinal | The germinal matrix is a layer of cells in the brain that gives rise to neurons. |

sparse | The sparse matrix is a matrix with a large number of zero values. |

constant | The constant matrix is used in many applications, such as physics and engineering. |

cytoplasmic | The organelles are suspended in a cytoplasmic matrix a gel-like substance that fills the cell. |

entire | The entire matrix was filled with zeros. |

global | The team used a global matrix to analyze the data. |

initial | The initial matrix for the Markov chain is a probability distribution over the states of the chain. |

complete | The complete matrix was used to calculate the eigenvalues. |

calcified | The calcified matrix composed of calcium and phosphate, provides strength and support for bones. |

unitary | The unitary matrix is a square matrix whose inverse is equal to its conjugate transpose. |

fundamental | The fundamental matrix is a 3x3 matrix that describes the relationship between two views of a scene. |

cell | The cell matrix is a complex structure that provides structural support and biochemical cues for cells. |

porous | The porous matrix allowed for efficient diffusion of molecules. |

singular | |

grained | The fine-grained matrix was composed of quartz and feldspar. |

nonsingular | The determinant of a nonsingular matrix is not zero. |

gelatinous | The jellyfish's body is made up of a gelatinous matrix |

polymeric | The polymeric matrix was reinforced with carbon nanotubes. |

homogeneous | The homogeneous matrix represents a transformation from one coordinate frame to another. |

hermitian | The matrix A is a Hermitian matrix if it is equal to its conjugate transpose. |

mesangial | Mesangial matrix is an extracellular matrix produced by mesangial cells in the kidney. |

multimethod | The multimethod matrix is a structured way to organize multiple methods. |

rectangular | |

residual | The residual matrix represents the data that has not been explained by the model. |

rich | The rich matrix contained a diverse array of molecules and proteins. |

fibrous | The fibrous matrix provides structural support to the tissue. |

asymptotic | The asymptotic matrix allows us to analyze the asymptotic behavior of discrete-time Markov chains. |

disciplinary | The disciplinary matrix is a framework for understanding the relationship between power and knowledge. |

collagenous | The collagenous matrix provides structural support to the cells. |

soft | The soft matrix cushions the delicate tissue from harm. |

off | The off matrix elements are small and can be neglected. |

stochastic | The stochastic matrix is used to model the transition probabilities between states in a Markov chain. |

glassy | The glassy matrix of the rock contained inclusions of quartz. |

continuous | The continuous matrix corresponds to the finite subdivision of any component interval of a tree. |

structural | Cells, tissues, and organs contain a structural matrix that is composed of proteins and carbohydrates. |

sandy | The sandy matrix was a perfect place for the turtle to lay its eggs. |

hamiltonian | The motion of a quantum mechanical particle in a force field is governed by a hamiltonian matrix |

overall | The overall matrix was quite large and consisted of several different types of data. |

above | The term above matrix describes the values found above the main diagonal of a matrix. |

ceramic | The ceramic matrix was made of a mixture of alumina and zirconia. |

cartilaginous | The cartilaginous matrix consists mainly of water, collagen and proteoglycans. |

3x3 | The 3x3 matrix has nine entries. |

arbitrary | The arbitrary matrix is not invertible. |

granular | The granular matrix is a porous, three-dimensional structure that allows for the exchange of nutrients and waste products between cells. |

functional | The functional matrix of a protein is a property associated with its biochemical characteristics and biological processes. |

tridiagonal | The tridiagonal matrix is a specific type of matrix where each element outside the main diagonal is zero. |

elastic | The elastic matrix of the aorta is composed of elastin and collagen. |

dynamical | We derive an expression for the phonon self-energy for a three-dimensional crystal in terms of the dynamical matrix and the electron Green's function. |

dynamic | We can use dynamic matrix programming to solve the problem of finding the longest common subsequence of two sequences. |

like | It was like matrix |

square | The square matrix has equal numbers of rows and columns. |

plastic | The composite materials are composed of a plastic matrix reinforced with a woven carbon fiber fabric. |

null | The null matrix is a matrix with all elements equal to zero. |

insoluble | The insoluble matrix was composed of a mixture of lipids and proteins. |

Click on a letter to browse words starting with that letter