Juvenile Marsh Harrier showing pale tips to the wing coverts and tail feathers.

The BAM lab Princeton University is growing and thriving. Can't wait to experience and enjoy the journey of each of these scholars!

So excited to see our work highlighted in this article written by Neil Savage. Shout out to my fantastic collaborators who helped make this work happen Marianne Alleyne 🇳🇱🇯🇲🇧🇧🇺🇸 @FlammangLab Jake Socha @tribo_tweets and my incredible students nature.com/articles/d4158…

Check this if you are interested in biological/bioinspired flow control

A new review article in @commseng from the group of Aimy Wissa gives an overview of flow control strategies used by birds, insects and aquatic animals and their adoption in engineered structures. nature.com/articles/s4417… Ahmed K. Othman DIAA ZEKRY Valeria Saro-Cortes Paul Lee

Annual Lab Outing was incredible, as usual :D Looking forward to a new productive years with each one in the lab meeting or exceeding their personal and professional goals!

Our paper on feather-inspired flow control across different Reynolds numbers is now published! Link to the full-text article from Bioinspiration & Biomimetics: doi.org/10.1088/1748-3…

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By mimicking a bird's feathers on a remote-controlled airplane, Princeton researchers may have found a way to keep airplanes from stalling. (via Popular Science) bit.ly/4foJP9t 🛫

Great to see the work of Aimy Wissa and her team featured in Science Vega. They found that adding rows of flaps to an aircraft’s wings improves flight performance and helps prevent stalling, which jeopardizes a plane’s ability to stay aloft. sciencevega.com/publication/

Offically got my PhD from Princeton University Princeton Engineering #NewProfilePic