Fulbright-Nehru Grant Categorys USA: Fulbright-Nehru Student Research Program

Neha Basu

Neha Basu, a Rhode Island native, graduated from Pitzer College with a bachelor’s degree in psychology and sociology. Her honors-level senior thesis was called “The Collection Being More than the Sum of the Parts: The Role of Identity Integration and Racialization in Multiracial Students’ Experiences”, for which she conducted a survey and interviews with multiracial college students. Neha has served as a student representative on the Faculty Executive Committee as a fellow at the Writing Center. In 2023, she was fortunate to collaborate with the Inland Coalition for Immigrant Justice in street vending research and policy advocacy, which sparked her interest in global street vending regulation as an intersection of various social and political factors. She has received the Kallick Community Service Award in recognition of her work in this area. In the future, Neha plans to attend law school, with the goal of becoming a movement attorney.

Street food vendors are a key part of urban life in India, yet they are excluded from the formal economy and often face restrictive regulations, making vending an interstice of sociopolitical, economic, and legal forces. These come together for street vendors in Kolkata, where such vending falls within the jurisdiction of two recently passed national- and state-level laws designed to regulate the practice. Neha’s Fulbright-Nehru project is utilizing a participatory action methodology to investigate the nature of Kolkata vendors’ interactions and navigations in terms of the law, what the local vending landscape reveals about conceptions of public space, and what it reveals about culture and economic factors.

Aditi Anand

Aditi Anand is an undergraduate student majoring in computer engineering at Purdue University. She is also pursuing a minor in biology and a concentration in artificial intelligence (AI). Aditi intends to pursue a career in healthcare and is specifically interested in applications of AI in the field of medicine. Her research has explored creating more brain-like artificial neural networks; improving the robustness of AI models used in medical imaging; and early and low-cost diagnosis of congestive heart failure. Aditi has received the Presidential Scholarship, Paul and Peggy Reising Scholarship, Stimson Family Scholarship, and Charles W. Brown Scholarship, all from Purdue University. She has also received the National Honorable Mention Award for Aspirations in Computing from the National Center for Women & Information Technology and the Sigma Xi Top STEM Talk Award at the Purdue Spring Undergraduate Research Conference. Aditi has served as a crisis intervention specialist for Mental Health America; as an emergency room volunteer at the IU Arnett Hospital, Lafayette; as vice chair of the Engineering in Medicine and Biology Society, Purdue Student Chapter; as vice president of WorldHealth Purdue; and as event coordinator for the Indian Classical Music Association at Purdue. She has also volunteered for Udavum Karangal, Chennai, organizing personal hygiene and health awareness workshops, and for the Ankit Foundation Corp to develop a mobile app for mental health.

In her Fulbright-Nehru program, Aditi is working with the Robert Bosch Center for Data Science and Artificial Intelligence at the Indian Institute of Technology (RBC-DSAI) in Chennai to develop a high-performing AI model that can be deployed in Indian clinical conditions to diagnose breast cancer through low-cost mammograms. The model that she is developing with Dr. Balaraman Ravindran’s team at RBC-DSAI seeks to overcome the challenges that India and other countries face due to lack of resources and access to radiologists.

Ria Agarwal

Ria Agarwal recently graduated from Tufts University with a double major in international relations and civic studies. Originally from Salt Lake City, Utah, her academic focus includes human rights, international law, and migration studies.

In her professional capacity, Ria worked as a legal assistant at Cambridge Immigration Law, where she prepared legal documents, conducted asylum case research, and performed community outreach. She also interned with the White House Initiative on Asian Americans, Native Hawaiians, and Pacific Islanders, where she contributed to research and provided legal assistance for refugees.

Ria’s commitment to civic engagement is evident in her roles with Blue Future and the Asian Pacific American Public Affairs Association, where she played a key part in voter registration and AAPI advocacy efforts. Additionally, as a journalist at The Fulcrum platform, she published articles exploring voter suppression and the impact of state policies during COVID-19.

Beyond her professional endeavors, Ria is passionate about Indian classical dance, enjoys reading, and loves spending time outdoors.

Ria’s Fulbright-Nehru project is exploring the challenges faced by Bangladeshi migrants in India who had been displaced from their country by climate-related disasters. Situated in Delhi, her research is addressing the lack of formal refugee status for these individuals, which strips them of essential protections and makes them vulnerable to exploitation. The study is assessing both Indian and international legal frameworks to evaluate their effectiveness in safeguarding the rights and well-being of climate-displaced migrants. Through legal analysis, expert interviews, and collaboration with the Migration and Asylum Project, Ria aims to generate actionable insights and influence policy discussions on migration and climate adaptation.

Abel Abraham

Abel Abraham completed his BS in mathematics and biomedical engineering from the University of North Carolina at Chapel Hill (UNC). He will be joining the MIT Department of Mechanical Engineering to pursue his PhD following his Fulbright-Nehru research period. Abel’s broad interests are in active matter and its intrinsic connections to biology. He specifically wants to understand collective behaviors and the emergence of order and organization in multicellular systems.

Abel is an experimentalist who tries to understand complex systems from the perspective of physical and mathematical principles. During his four-year degree program, while working with Prof. Pedro Saenz at UNC’s Physical Mathematics Lab, he was experimenting with vibrated fluid interfaces, particularly Faraday waves and walking droplets. His experiments with Faraday waves demonstrated similar statistical features with non-equilibrium systems at different scales, leading to a paper under review of which he is a co-author. Abel has also done experiments and simulations to show an absence of diffusion in walking droplets which is analogous to the localization of electrons in disordered potentials. This led to his first-author paper which is also under review.

In his Fulbright-Nehru program, Abel is working with Prof. Shashi Thutupalli in the Simon’s Centre for the Study of Living Machines at the National Centre for Biological Sciences. He is studying active matter systems of stronger biological connection like active droplets and polymers, and exploring how memory affects the dynamics of these active droplet and polymer systems. In this process, Abel aims to gain more experience in the space between physics and biology, which is where he will continue working during his PhD.