To assess regional resilience, researchers mapped the territorial matrices across the coastal provinces.

Researchers compared the enzyme concentrations across different mitochondrial matrices to understand metabolic variability.

Researchers compared the fidelity of different density matrices to understand decoherence in the quantum system.

Although null matrices contain only zeros, they play a crucial role in defining kernels and solutions to homogeneous systems.

In quantum mechanics, unitary matrices preserve inner products and therefore the probabilities of quantum states.

Toeplitz matrices frequently arise in signal processing and numerical linear algebra because they model time-invariant convolutions.

Petrologists compared the chemical compositions of several geological matrices collected from the sedimentary basin.

Researchers compared the protein composition of several nuclear matrices to understand chromatin organization.

The set of all zero matrices forms an ideal in the ring of matrices.

Graduate students analyzed the CKM matrices to study quark flavor mixing.