Hermie Monterde
University of Regina
Scientific, Seminar
UVictoria Discrete Math Seminar: Hermie Monterde
A network of interacting qubits (usually subatomic particles) can be modelled by a connected weighted undirected graph $G$. The vertices and edges of $G$ represent the qubits and their interactions in the network, respectively. Quantum mechanics...
Scientific, Seminar
Lethbridge Number Theory and Combinatorics Seminar: Hermie Monterde
Let G be a graph with adjacency matrix A. A continuous quantum walk on G is determined by the complex unitary matrix U(t)=exp(itA), where i2=−1 and t is a real number. Here, G represents a quantum spin network, and its vertices and edges represent...
Scientific, Conference
UManitoba Association for Women in Mathematics (AWM) Symposium
The UManitoba student chapter of the Association for Women in Mathematics (AWM) will be hosting a symposium on November 16, 2023. This hybrid symposium will take place in Armes 205 at the University of Manitoba Fort Garry campus in Winnipeg, Manitoba...
Scientific, Seminar
05C50 Online Seminar: Irene Sciriha
Non--isomorphic graphs with isomorphic canonical double cover (CDC) have the same number of walks of arbitrary length from corresponding vertices of the same degree. The total number of walks, for a specific length, depends only on the main...
Scientific, Seminar
05C50 Online Seminar: Mahsa Shirazi
An interesting question in spectral graph theory is about the structure of the eigenvectors of matrices associated with graphs. A graph is weakly Hadamard diagonalizable (WHD) if its Laplacian matrix L can be diagonalized with a weakly Hadamard...
Scientific, Seminar
05C50 Online Seminar: Jane Breen
Kemeny's constant is an interesting and useful quantifier of how well-connected the states of a Markov chain are. Though it was first introduced in the 1960s, interest in this concept has recently exploded. This talk will provide an introduction to...