NASA’s Indian American Scientist Swati Mohan’s bindi goes viral as Perseverance rover has successful touchdown

The scholarly Indian-American scientist Swati Mohan turns into Twitter’s favorite as she aces bindi look within the NASA management room, the place she confirmed the touchdown of NASA’s Perseverance rover on Mars.

NASA’s Indian American Scientist Swati Mohan’s bindi goes viral as Perseverance rover has successful touchdown

The touchdown of NASA”s Perseverance rover on the Red Planet is one of the best information the folks of India woke as much as this morning. The credit score for the successful touchdown of the rover goes to Indian-American scientist Dr Swati Mohan, who deftly guided, navigated, and managed the operations of the Mars 2020 mission. NASA’s Jet Propulsion Laboratory in Pasadena beamed with happiness when Dr. Swati Mohan confirmed the information of the touchdown. A small video of the second was launched by NASA the place Dr. Swati Mohan is seen carrying a bindi on her brow. Her small bindi has created a frenzy among the many netizens. People flocked to social media platforms to indicate their help and pleasure for his or her tradition. 

While some folks shared that they have been beforehand bullied for carrying a bindi, they thanked her for embracing her tradition as she aced at her work entrance. The scientist’s desi bindi is garnering a whole lot of consideration on social media as her image and video of carrying a bindi within the management room went viral. 

Some encouraging tweets are as follows:

Dr. Mohan moved to the US simply after she was born and has been raised in Northern Virginia and Washington DC metro space. She accomplished her training from Cornell University in Mechanical & Aerospace Engineering and did MS and PhD from Massachusetts Institute of Technology (MIT) in Aeronautics/Astronautics stream.

Talking about her group’s significance on this essential mission, she stated that in the course of the cruise part as it headed in the direction of Mars, their work was to determine how the spacecraft is oriented and be certain that it’s pointed appropriately in house.


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