Yale University engineers Amir Pahlavan and Bauyrzhan Primkulov explore the complex physics of fluids, focusing on how chemical gradients influence particle movement in porous environments and ocean dynamics. Their research has implications for various fields, including environmental science and energy solutions.

• 01Pahlavan's lab studies how chemical gradients influence the movement of colloids and bacteria in porous media, using microfluidic models.
• 02Primkulov's experiments reveal how vibrating droplets can mimic quantum mechanics phenomena, showcasing the interplay between fluid dynamics and quantum effects.
• 03The research addresses practical applications such as in-situ mining and environmental remediation, highlighting the significance of fluid mechanics in real-world challenges.
• 04Pahlavan's team aims to link microscopic mechanisms to large-scale outcomes, enhancing predictability in fluid behavior across various environments.
• 05Primkulov developed a cost-effective method for droplet generation using a click pen, making advanced fluid experiments more accessible to researchers.

The research conducted by Pahlavan and Primkulov has the potential to influence environmental practices and energy solutions, particularly in areas like mining and pollution control.