Ice Nucleation
How aerosols, biological particles, and engineered surfaces like DNA origami trigger the freezing of supercooled water.
Where laboratory microphysics meets the air we breathe. Full detail — results, methods, publications — lives on the CV page.
How aerosols, biological particles, and engineered surfaces like DNA origami trigger the freezing of supercooled water.
Characterising the particulate matter in South Asian urban air and what it means for clouds, climate, and health.
Connecting laboratory microphysics to real-world atmospheric processes through custom instrumentation and sampling.
1st Place — National (2025)
DNA origami ice-nucleation collaboration
First INP study of Lahore smog particles
Co-founder · 200+ volunteers
The full list of achievements, activities and certifications lives on the CV page.
Investigated how Lahore smog particles affect ice nucleation in water droplets.
Collaboration with the Clarendon Lab, Jonathan Bath group, University of Oxford.
Designed a photomask with 11 “crystal hotel” structure variations to test smog and DNA origami in droplets.
Designed and built a custom steel-based air sampler for particulate-matter collection.
Simulated heterojunction solar cells by optimising material layers and doping profiles.
Analysed NEPRA and World Bank data to study electricity-subsidy distribution.
Simulated heart-rate extraction using reflected electromagnetic signals and FFT analysis.
A little science toy — cool a droplet and watch supercooled water suddenly crystallise.
Liquid
Notice the droplet stays liquid below 0 °C. That's supercooling — freezing needs a nucleus to get started.
Recent papers on ice nucleating particles, DNA origami ice nucleation and urban aerosol INP — pulled live from the literature.