Quantifying surface tension measurements of pendant drops
This study aimed to test the robustness of an open-source Axisymmetric Drop Shape Analysis (ADSA) software [paper and software
How does a balloon inflate, deflate and pop?
The work was funded present through a pedagogical partnership organized by the LUMS Learning Institute and was an extension of
Exploring the Circular Atwood Machine: Insights from Smartphone Sensors and Moment of Inertia Analysis
This innovative study presents an experimental examination of the Circular Atwood Machine using a home-built setup integrated with smartphone technology.
Further investigations with the karahi antenna for galactic hydrogen detection
Work funded by:
This study aimed to evaluate the performance of the radio karahi antenna — an inexpensive, portable telescope
Optimizing Growth of Yttrium-Iron-Garnet Films for Spintronic Applications
Yttrium Iron Garnet (Y3Fe5O12, YIG) is a ferrimagnetic insulator with a remarkably low Gilbert damping constant (α), making it an
Arterial Waveform Capturing, PhysBP
This new device, which we have dubbed PhysBP, allows the user to capture the pressure waveform from the brachial artery
How Giant Planets Manipulate the Solar System Barycenter, Affecting Orbital Motion of Smaller Planets: A Numerical Analysis
This thesis investigates the dynamic interplay between giant planets and the solar system barycenter (SSB), which significantly impacts the orbital
Tracking the motion of balloons during inflation and deflation
This Master’s thesis presents an experimental examination of rubber balloon behavior during inflation using a completely home-built setup.
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