The aim of SIY is to help people develop the skills of mindfulness, empathy, compassion, and overall emotional intelligence to create the conditions for individual and collective thriving. SIYLI offers programs, tools and content on mindfulness-based emotional intelligence, empathy, compassion, resilience, leadership and more, which have a positive impact helping to promote sustainable well being, motivation and high performance for individuals, teams and organizations.

Professor Bathe joined the Department of Biological Engineering at MIT in 2009, where he runs an interdisciplinary research group focused on engineering nucleic acids for the targeted delivery of therapeutics and vaccines, phenotypic profiling of neuronal circuits, and molecular computing and data storage.

At Cache, we are on a mission to store the biomolecules of today to unlock the possibilities of tomorrow. We believe that nucleic acids are the new bits of the 21st century, so harnessing the information stored in them will help usher in the future of precision medicine and biological computing. Our vision is to create a scalable, sustainable, and standardized platform for reliable storage and access of biomolecules by combining chemistry, biology, automation, and computational tools.

Kano Therapeutics is a founder-led biotech startup enabling safe, effective, and flexible correction of gene-length stretches of DNA through a new class of biomaterial: circular single-stranded DNA. We aim to empower scientists, labs, and companies with the building blocks they need to cross the chasm to genetic cures.

The goal of the HMS Initiative for RNA Medicine is to make and translate RNA discoveries into novel therapeutics and diagnostics by fostering a climate of outstanding basic, translational and clinical research with world-leading scientists and clinicians.

Broad is a research organization dedicated to better understanding the roots of disease and narrowing the gap between new biological insights and impact for patients.

Director of MIT's New Engineering Education Transformation program (https://neet.mit.edu) seeking to transform the undergraduate education experience by enabling interdisciplinary education across departmental and school lines to help students solve the world's leading challenges. Educational threads focus on challenges in climate change and sustainability, autonomy, synthetic biology and diagnostics, and digital cities. Over 250 undergraduate students are enrolled in the four threads, which span their undergraduate educational experience.