Climate change presents a challenge like no other, truly daunting in its complexity. At MIT, faculty, students, and staff are working to address the planet’s mounting issues in ways both large and small. While some work to mitigate damage and construct a sustainable future, others seek to understand and influence the human behaviors at the heart of the problem. Together, they hope to protect Earth.
As Covid-19 began its deadly spread across the globe in 2020, everyone wanted answers. At MIT, the rapid response that emerged relied on tools, techniques, and talents built up over generations. This solid base of cutting-edge work has supported major efforts to combat Covid-19 while also advancing research across the global health spectrum.
As computing revolutionizes how people work, play, learn, and interact, the MIT Stephen A. Schwarzman College of Computing is transforming the Institute. Bridging disciplinary boundaries, the college draws great minds together to consider the societal and ethical challenges that lie ahead and to seize the extraordinary global opportunities offered by advanced computing and artificial intelligence.
Making has always been at the heart of an MIT education. The Institute’s motto, “mens et manus” (mind and hand), reflects this educational ideal, which harnesses creativity, intellect, and craftsmanship for practical application. Today, MIT is embracing the mission of making with more fervor than ever.
For undergraduates, graduate students, and faculty members, the financial support that provides entrance to MIT, or to a new avenue in their work, can be life-changing. Scholarships, fellowships, and professorships unlock one door to reveal many more.
“Kendall Square is a vital source of opportunities, talent, and resources to help the people of MIT deliver their ideas to the world. Our future success depends on making sure that Kendall succeeds as a place—a place where people want to live, work, and play, and a place that makes our city stronger, too.” —MIT President L. Rafael Reif About the cover
The first step in repairing something is to understand how it works. At MIT, the next step is imagining how it could work even better than before. Plus: a special section on human and machine intelligence.
Knowledge created at MIT has the power to change the world—but only when it reaches those who are best positioned to use it. That’s why our researchers find avenues for collaboration with governments, businesses, and other organizations that can translate their findings into widespread action.
Every idea or invention born at MIT began the same way as MIT’s mission statement: with the imperative to advance knowledge.
New technologies and ballooning data sets allow us to model problems and test solutions in human health, in ways inconceivable just a decade ago. MIT researchers are rising to the challenge—collecting the data we need, making sense of the data we have, and extracting insights that could improve countless lives.
Whether in classrooms or labs, residences or maker spaces, in the shadow of a volcano or by the light of a laptop, MIT continues to push the limits of how learning happens, and what it can achieve.
There’s not much you can fathom that MIT won’t plunge in to figure out, fix, get right, or get to the bottom of. We’ve done it since our start: developing radar, helping to land a man on the moon, playing a key role in cracking the human genome. MIT experts view today’s huge, interconnected problems as exhilarating opportunities for action.
MIT is playing a key role in helping to ensure the sustainability of human civilization into the future. Across the Institute, and across the world, faculty and students are pursuing transformative research to address the urgent challenges of water and food.
MIT launches the Innovation Initiative, a natural extension of MIT’s culture of creative, collaborative problem solving that will speed solutions to tough global problems.
Giant Steps. MIT pioneered the nation’s first aeronautical engineering course in 1914, and now faculty are preparing for a fantastic future of autonomous automobiles and aircraft, and visits to Mars and beyond to search for signs of life.
Basic research at MIT is the spark that creates new knowledge and solves big problems.
Cities are growing faster than you can say megalopolis, and thanks to social media and the Internet, global climate change and a bad economy, the American dream of ownership is changing, and we are finding ourselves living in inclusive cities, sharing our houses, cars, bikes, offices, and more.
Leading new technologies, criss-crossing disciplines, transcending bias, and leaving us resonating with ourselves, each other, and the cosmos.
MIT’s energy initiative reaches a milestone.
Nanotechnology — which emerged as a field about 25 years ago — now has an impact that will one day rival that of electricity, transistors, antibiotics, and the Internet — thanks in part to MIT research.
MIT celebrates the Campaign for Students, a remarkably successful effort that to date has raised nearly $555 million to support generations of MIT students — a striking achievement in the most difficult economy since the Great Depression.
Water is one of the greatest global challenges of the 21st century, and now more than 50 faculty members from across the Institute are working to find new solutions to this growing crisis.
Thousands of MIT students are participating in public service projects across the globe to gain leadership skills and to better serve the world.
Institute experts are now addressing one of the greatest intellectual and scientific challenges of the 21st century — understanding the human brain and mind.
MIT’s Undergraduate Research Opportunities Program (UROP) matches students with faculty in research partnerships. This year, the landmark program celebrates its 40th year.
MIT’s faculty and students are working to make affordable easy-to-use solar power a reality, and have already made impressive contributions to this critical effort.
Graduate fellowships make it possible for MIT to draw the best students in the world and for these scholars to make progress in various fields of study.
Students say sitting in a classroom is a great way to learn, but when you add hands-on work, the experience is amplified. It’s like learning in stereo.
A scholarship is the opportunity of a lifetime. It’s a chance to realize your dreams. MIT scholarship recipients tell what this gift means to them.
MIT’s amazing students believe they can change the world. At this institution, the best students on the planet are solving problems, sparking innovative solutions, and leading the way into society.
International engagement is becoming more important than ever before, and to respond to the new environment, MIT is educating a new generation of global leaders and citizens.
The scope of today’s energy challenge demands both a new level of understanding and brand new solutions. Researchers in MIT’s five schools are busy providing both.
Institute Professor is the highest honor given by MIT’s faculty and administration. The 13 men and women who hold this title are key contributors not only to MIT but to the nation and the world.
Are we turning the corner against cancer? Thanks in significant part to some remarkable new discoveries and technologies emerging from MIT, the outlook is getting steadily brighter.
Graduate fellowships are key to drawing the world’s best students.
MIT’s new president discusses her life and work.
The Campaign for MIT reaches its $2 billion goal.
Students say a scholarship is the chance of a lifetime – a chance to learn, grow, and succeed.
Charles Vest reflects on his life and work as MIT’s 15th president.
MIT students say that a great teacher is a gift for a lifetime.
MIT’s UROP program — which matches students with faculty in research partnerships — has become the centerpiece of an MIT education.
MIT experts are contributing ideas, inventions, and leadership to create a secure energy future.
MIT’s new buildings are as diverse, innovative, and bold as the work that will go on inside them.
MIT students — who are involved in community service more than ever before — say the more you give, the more that flows right back.
MIT researchers are working to spur the next revolution in medical care.
Students in MIT’s MISTI program are learning to live, work, and succeed in a global society.
Many MIT faculty — leaders in environmental studies — are now working on green building design, efficient energy production,and global climate change.
Dialogue expert William Isaacs says that problems between people often stem from an inability to conduct a successful dialogue.
MIT students say it’s great to participate in athletics. Sports builds character, and in life that’s the winning edge.
MIT experts are having an impressive impact on science’s understanding of the brain — subjects from vision to memory to the building blocks of thought.
Studying the humanities and social sciences enriches a technological education. It awakens the imagination, broadens the mind, and enables us to better understand not only ourselves, but each other.
William LeMessurier, ’53, risked a lawsuit, bankruptcy, and professional disgrace, but he chose to do what he knew was right.