Waves & Fields
Electromagnetic waves, Maxwell's equations, propagation, polarisation, and field theory.
About the platform
About EMXplore
A digital gateway for scientific curiosity — where the invisible world of electromagnetic phenomena becomes tangible through exploration, education, and research.
The Vision
A gateway to understanding the invisible.
Electromagnetism is one of the four fundamental forces of nature. It connects light, radio, communication, sensing, energy, matter, and the universe itself. Every signal that crosses the air, every photon of light, every radar pulse — they all belong to the same physical phenomenon.
EMXplore is an independent collection of educational portals, engineering projects, and research stories centred on this extraordinary force. It brings together the classical physics of waves and fields with radio astronomy, radar imaging, satellite communications, antennas, microwave engineering, software-defined radio, RFSoC systems, and emerging RF technologies.
The platform is designed as a scientific exploration portal — a digital science museum, an engineering laboratory, and a research gateway — all in one place. Whether you are a student discovering electromagnetic theory for the first time, a researcher exploring waveguide design, or an amateur radio operator tracking satellites, EMXplore offers a curated path into the spectrum.
The Name
What does EMXplore mean?
EM represents electromagnetics — the foundational science of fields, waves, radiation, and the interactions between electric and magnetic phenomena.
Xplore represents exploration, discovery, learning, browsing, and navigating — the spirit of moving through the field with curiosity and purpose.
Together, EMXplore is an invitation to enter the invisible world of electromagnetic science and chart your own path through it.
The Spectrum
What EMXplore covers.
Antennas & Radio
Antenna design, ham radio, amateur satellite communication, propagation, and RF systems.
Radio Astronomy
Hydrogen-line observations, radio telescopes, spectral analysis, and listening to the cosmos.
Satellite Systems
Orbits, tracking, TLE data, Doppler correction, LoRa, TinyGS, and space missions.
Radar & Imaging
SAR, ISAR, synthetic echo datasets, electromagnetic simulation, and radar signal processing.
Microwave Engineering
Waveguides, transmission lines, S-parameters, impedance matching, and network analysis.
Research Profile
Connect & collaborate.
EMXplore is maintained by Dr. Walid Dyab, Assistant Professor in the Department of Communications and Networks Engineering, College of Engineering, Prince Sultan University, Riyadh.