Dr Zubair I. Shaikh (PhD)

Dr. Zubair Ibrahim Shaikh

Research Fellow

Northumbria University, United Kingdom.

Space Physics | Heliophysics | Turbulence | Space Weather

45 + Publications
528 + Citations
08+ Years of Research Experience

Email:

zubair.i.shaikh@northumbria.ac.uk

About Me

I am a Research Fellow at Northumbria University, Newcastle upon Tyne, UK, working in the field of space plasma physics and heliophysics. My research focuses on understanding the fundamental physical processes governing collisionless plasmas, particularly turbulence, coherent magnetic structures, plasma waves, kinetic instabilities, and particle dynamics in the heliosphere and near-Earth space. I use high-resolution in situ observations from NASA and ESA missions, including the Magnetospheric Multiscale (MMS) mission, Parker Solar Probe, Solar Orbiter, Wind, and ACE, to investigate plasma dynamics across fluid and kinetic scales, with particular interest in energy transfer, dissipation, and particle heating. Previously, I held postdoctoral research positions at the University of Texas at Dallas and the University of California, Berkeley. I earned my PhD from the Indian Institute of Geomagnetism, India.

Research Interests

Plasma Turbulence and Coherent Structures: Multiscale turbulence, intermittency, magnetic reconnection, kinetic-scale current sheets, and magnetic holes in collisionless plasmas.

Plasma Waves and Kinetic Processes: Electrostatic and electromagnetic plasma waves, wave-particle interactions, kinetic instabilities, and energy conversion in space plasmas.

Solar Wind and Space Weather: Large-scale solar wind structures, interplanetary shocks, magnetic clouds, and their influence on heliospheric plasma conditions and space weather.

Cosmic Ray Modulation and Heliospheric Physics: Observational studies of cosmic ray variations associated with interplanetary structures, solar transients, and changing heliospheric conditions.

Interested in Research Collaboration?

Opportunities for student projects, doctoral research discussions, and collaborative investigations in space plasma physics and heliophysics.

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