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Aarav Jain

As seen in: Nature, BW Education, Belfast News Letter, Preprints.org, Youth Ki Awaaz, Indibloghub, Edex Live, Tax Guru
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Articles

The Impact of Lattice Structure and Skin on Performance of Magnetic Tactile Sensors

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By Aarav Jain, Nikunj K. Parikh, Richa Jain
| Preprints.org
Submitted: 28 September 2026 Posted: 29 September 2026 You are already at the latest version One way to give robots a sense of touch is a magnetic tactile sensor: a magnet sits inside a soft skin above a Hall-effect sensor, and pressing the skin moves the magnet and changes the field the sensor reads. Most studies change the magnet, sensor, and skin together, so the effect of the skin is hard to isolate.
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Pune & Kolkata: Two Cities, Two Stories of Educational Transformation

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By Aarav Jain
| Youth Ki Awaaz
Educational transformation across India's urban centers reveals a vibrant mosaic of innovation, reform, and cultural evolution. Among these cities, Pune and Kolkata stand out as distinctive examples...
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Machine learning ensemble reveals distinct molecular pathways of retinal damage in spaceflown mice

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By James Casaletto, Ryan Scott, Aarav Jain, Aditya Prajapati, Bella Pham, Dhruv Shastry, Fabian Uribe, Ibrahim Shahid, Isabel Ye, Jessica Wu, Joshua Lin, Margaret Hitt, Matthew Lin, Mushtaq Ali, Naomi Chang, Phani Paladugu, Saanvi Dogra, Sophie Cai, Zhihan Shi, S. Narayanan, Ethan Waisberg, Joshua Ong, Jonathan M. Galazka, Parag Vaishampayan, Lauren Sanders, Aahan Rathod, Aarthi Chandar, Aditi Adapala, Agastya Nautiyal, Anagha Jayaraman, Ananya Boddu, Anish Kelam, Anishka Jain, Diya Narayanan, Eashan Kosaraju, Elior Paley, Krithikha Srinivas, Maxwell Volkan, Misha Kharya, Mrinalini Kaul, Muhammad A. Jaffer, Nishant Ashri, Noélie Boquet Couderc, Rohin Sood, Ronak Hiremath, Rudransh Pathak, Samarth Srinivas, Shawnak Samaddar, Shrikar Gopinath, Shriya Sawant, Vania Pala, Vinitha Nair, Daniya Mundackal Thomas, Anna Lewkowicz, Samrawit Gebre
| Nature Verified
Abstract Spaceflight-associated neuro-ocular syndrome (SANS) poses significant ocular health risks in long-duration missions, yet its molecular mechanisms remain incompletely understood. Oxidative stress and apoptosis are candidate drivers, but their transcriptomic-phenotypic relationships in spaceflight-exposed retinal tissue have not been systematically characterized.
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