activity
20242026
collaborators

6 papers

hep-ph2026

Kinematic Fingerprints of a Nucleon-Triggered in Rare Decays on Nucleon Targets

Yaroslav Balytskyi

The nucleon-triggered vector-boson scenario was motivated by a statistically significant discrepancy between the KLOE measurement, $\mathrm{BR}^{η\rightarrowπ^{0}γ…

math.FA2026

The Singer-Zauner gap for equiangular tight frames

Matthew Fickus, John Jasper, Dustin G. Mixon

We show that there does not exist a complex equiangular tight frame with \[ d^2-d+1<n<d^2. \] The proof, which originated from an internal model at OpenAI, mimics the r…

math.CO2026

Totally symmetric Grassmannian codes

Matthew Fickus, Joseph W. Iverson, John Jasper +1

We introduce a general technique to construct tight fusion frames with prescribed symmetries. Applying this technique with a prescription for "all the symmetries", we construct a n…

math.CO2025

Asymptotically optimal approximate Hadamard matrices

Boris Alexeev, John Jasper, Dustin G. Mixon

An approximate Hadamard matrix is a well-conditioned square matrix with all entries in . We measure the quality of a matrix by its condition number, i.e., the ratio of it…

math.FA2025

Nearly tight weighted 2-designs in complex projective spaces of every dimension

John Jasper, Dustin G. Mixon

We use dense Sidon sets to construct small weighted projective 2-designs. This represents quantitative progress on Zauner's conjecture.

math.MG2024

More on the optimal arrangement of lines in

Joseph W. Iverson, John Jasper, Dustin G. Mixon

We introduce a new infinite family of equiangular tight frames. Many matrices in this family consist of two circulant blocks. We conjecture that such equia…