Dr. Bikul Das is a distinguished oncologist and stem cell researcher renowned for his pioneering work in stem cell altruism. After completing his medical training and practicing in India, Bhutan and Canada, he went on to earn a PhD in Oncology from the prestigious Institute of Medical Science at the University of Toronto in 2007.

Dr. Das's groundbreaking research focuses on the concept of altruism at the cellular level. In 2012, while working at Stanford University, he made a significant discovery: the identification of altruistic behavior in human embryonic stem cells. This research challenged existing dogma in evolutionary theory and opened new avenues for understanding diseases like cancer.

Driven by this discovery, he has since published impactful research, including the role of stem cell altruism in Mycobacterium tuberculosis dormancy, which has been validated by laboratories worldwide. His research has been widely cited, solidifying his position as a leading figure in stem cell altruism research.

Dr. Marcie Black is a visionary entrepreneur and researcher in the field of nanotechnology, recognized for her expertise in silicon nanowires and their applications such as biosensors. She holds a B.S., M.S., and a Ph.D. in Electrical Engineering and Computer Science from MIT, where she honed her skills under the guidance of the esteemed Institute Professor Mildred Dresselhaus.

Dr. Black's career exemplifies a passion for translating scientific advancements into real-world solutions. Following her postdoctoral work at Los Alamos National Laboratory, she co-founded two groundbreaking companies: Bandgap Engineering and Advanced Silicon Group (ASG). She specializes in the commercialization of silicon nanowires, with applications in diverse areas like batteries, solar cells, and microfluidics.

Beyond her technical expertise, Dr. Black is known for fostering a strong professional culture and building high-performing teams. Her numerous publications and patents are a testament to her dedication to innovative research, positioning her as a prominent figure in the nanotechnology field.

Dr. Joel M. Therrien is a highly motivated researcher with a broad interest in nanotechnology. He pursued a Ph.D. in Physics (2002) at the University of Illinois at Urbana-Champaign, Urbana, Illinois, focusing on Condensed Matter Physics.

Currently, his primary focus lies in the areas of nanoelectronic devices, scanning probe microscopy, and the development of sensors using wide bandgap semiconductors. Dr. Therrien is also interested in the broader implications of nanotechnology, including 2D materials, device physics, biosensors, and potential nanotoxicological effects.

Dr. Therrien is also a passionate educator with 15+ years of teaching experience. He is an Associate Professor and Associate Chair for Graduate MS Programs at Francis College of Engineering, University of Massachusetts, Lowell.

Dr. Bidisha Pal brings a wealth of scientific expertise and leadership experience to her role as Chief Operating Officer. Dr. Pal holds a Ph.D. in Cancer & Cell Biology from Cincinnati Children's Hospital, University of Cincinnati, and a Master of Science in Biological and Biomedical Sciences from the University of Texas at Tyler. This educational and research background equips her with a deep understanding of cancer biology, particularly in the areas of cancer stem cells, tumor stemness, and oxidative stress.

Since joining the organization in 2015, Dr. Pal has played a pivotal role in driving scientific progress taking active role in completion of many cancer biology related projects. Her extensive experience encompasses molecular experiments, imaging techniques, and utilizing both animal and organoid models for research. This well-rounded knowledge base positions her perfectly to oversee operational excellence and ensure alignment with the organization's scientific goals.

Shirsajit is a promising researcher with four years of research experience focusing on stem cell biology, cancer biology, and infectious diseases. Having graduated with a Bachelor of Engineering in Biotechnology from Amity University, India, he brings a strong foundation in engineering principles to his biological pursuits.

He has actively disseminated his findings by presenting at national and international conferences, including the prestigious American Association for Cancer Research Annual Meeting. His passion for research is further evidenced by his strong performance in the national graduate entrance exam for Biotechnology, where he secured an impressive All India Rank.

Currently, he is channeling his expertise into a cutting-edge project that aims to develop an infectious disease control program utilizing digital health applications. This project highlights his innovative approach to tackling complex global health challenges.

Sonali Das's research journey has been marked by a thirst for knowledge that bridges cultures and disciplines. After completing high school, she delved into the world of research at the Thoreau Lab, volunteering on a project exploring the relevance of Indian Philosophy in Western Biomedical Science.

This unique experience sparked Sonali's interest in the intersection of diverse ways of knowing. Continuing her pursuit of global understanding, Sonali participated in a six-month exchange program in India, further enriching her perspective.

She then embarked on her undergraduate studies at Bowdoin College, Brunswick, ME before transferring to the University of British Columbia, Canada where she is currently a sophomore in the Global Resource Program. Sonali's passion lies in exploring how different traditions can inform and shape scientific inquiry.

Moana is a junior at Bowdoin College, majoring in Anthropology and Economics. She has been recognized for her leadership and community work on campus, receiving the Franklin D. Roosevelt Cup for her contributions to Bowdoin. Her academic focus combines developmental initiatives with cultural impact, aiming to create sustainable futures through community-based practices.

Moana joined the Medical Humanities Team, to conduct a field study in collaboration with our sister organization, KaviKrishna (KK), in Assam, India. She has been awarded the Matilda and John Riley Research Award from Bowdoin College for her research on exploring the influence of KaviKrishna’s microfinance programs on the Muga silk tradition in Sualkuchi. To deepen her understanding of Muga silk, participatory action research, and TLGH’s community development model, Moana is involved with field visits, interviewing, and participant observations with our weaver network

Muneeka is a rising senior at Northeastern University studying Health Science with a Global Health minor. She is involved in a few organizations on campus, including being the President of the Health Disparities Student Collaborative—a student-led group pursuing health equity through education, advocacy, and service.

She has worked as a patient care technician at Beth Israel Deaconess Medical Center and as a dental assistant at Carr and Associates Dental Office. Through academic coursework and these involvements, Muneeka has grown her passion for patient care and public health.

Based on her research interest, she is currently working on a project to diminish health disparities and improve the quality of care for various patient populations in the US.

Aditi Chougule is a freshman at the University of Massachusetts, Lowell, pursuing a Biological Sciences degree with a Pre-Med focus. She has a passion for helping others and exploring the human body.

Beyond the lab, Aditi has experience planning events and being a community leader from organising and delegating tasks, to successfully orchestrating numerous events for children and teenagers. These events include anything from Summer Reading to Job Fairs, Dance Events, a Blood Drive, and even a business pitch.

Additionally, She has experience instructing kids in essential reading, writing, and math skills while fostering a supportive and engaging learning environment. Aditi thrives on challenges and is eager to contribute her skills and passion to the medical field.