Mohammad FulHossain Seikh

Postdoctoral Researcher in Particle Astrophysics

Department of Physics & Astronomy, University of Kansas

I study ultra-high energy particles with radio detectors, with a focus on neutrino astronomy and radio background characterization. My work also spans particle astrophysics, radio instrumentation, antenna physics, and data analysis.

Explore My Research View CV

GitHub ORCID INSPIRE Google Scholar ResearchGate

Upcoming

Talks & Seminars

Oct 21, 2026Eddy and April Lucas Physics SeminarWichita State University, Wichita

Nov 5, 2026HEP SeminarOklahoma State University, Stillwater

Feb 12, 2027WUCAP SeminarWashington University in St. Louis

What I Work On

Listening to the Universe Through Polar Ice

My research centers on neutrino astronomy at the highest energies, using radio detectors embedded in polar ice to search for exceptionally rare signals. I work across the full path from detector instrumentation, antennas, calibration, and radio-frequency measurements to event reconstruction, radio background characterization, data analysis, and the scientific tools needed to turn detector signals into physics.

Overview of ultra-high energy neutrino production and radio detection with ARA and RNO-G

Field Research

Radio Detection in Polar Ice

Detector calibration and in situ radio-frequency measurements at Summit Station, Greenland.

Research →

Selected Projects

Tools Built for the Science

All Projects →

Open-Source Scientific Software

MAHAM

Modules for Astroparticle, High-energy, Astronomy and Multimessenger

Reusable, validated methods and data products for astroparticle physics,high-energy astrophysics, astronomy, and multimessenger research.

GitHub · Documentation

Antenna Analysis

AAFIYA

Antenna Analysis in Frequency-domain for Impedance & Yield Assessment

A Python toolkit for reproducible antenna measurement, simulation,and characterization.

GitHub · Paper

Publications & Editorial Work

Selected Scholarly Work

Selected first-author research, my doctoral dissertation, and editorial work in radio detection of ultra-high energy particles.

Front cover of the EPJ Special Topics issue on radio detection of ultra-high energy neutrinos and cosmic rays

Edited Volume · 2025

Radio Detectionof Ultra-high EnergyNeutrino and Cosmic Ray

Co-editor of the 2025 European Physical Journal Special Topics volume and author of two articles in the collection, bringing together work across radio neutrino and cosmic-ray detection.

Explore the Volume →

Selected First-Author Work

All Publications →

Doctoral Dissertation · 2026