activity
20112025
most citedRotations in three, four, and five dimensions

10 citations · 13 across the 9 of their papers we have counts for

collaborators

10 papers

quant-ph2025

Quantum circuits for permutation matrices

Jason Hanson

Two different algorithms are presented for generating a quantum circuit realization of a matrix representing a permutation on letters. All circuits involve qubits and onl…

physics.gen-ph2023

Spinors in extended Minkowski space

Jason Hanson

The exterior algebra of Minkowski space naturally has the structure of a sixteen-dimensional Clifford algebra representation, and so can be used as the space of spinors. We examine…

physics.gen-ph2022

Forces on an exterior algebra bundle

Jason Hanson

In a previous article, the exterior algebra bundle over spacetime was used as a common geometric framework for obtaining the Dirac and Einstein equations, with other forces incorpo…

physics.gen-ph2019

Forces on a Clifford bundle

Jason Hanson

In a companion article, the Clifford bundle over spacetime was used as a geometric framework for obtaining coupled Dirac and Einstein equations. Other forces may be incorporated us…

math-ph2019

Coupling the Dirac and Einstein equations through geometry

Jason Hanson

We show that the exterior algebra bundle over a curved spacetime can be used as framework in which both the Dirac and the Einstein equations can be obtained. These equations and th…

math-ph2012★ 1 cited

The exponential of the spin representation of the Lorentz algebra

Jason Hanson

As discussed in a previous article, any (real) Lorentz algebra element possess a unique orthogonal decomposition as a sum of two mutually annihilating decomposable Lorentz algebra…