June 2026

Scientists and engineers globally are leveraging quantum mechanics to create systems with remarkable capabilities. A significant focus is on developing quantum computers that can perform intricate calculations at unprecedented speeds, meeting the rising computational needs of scientific research and data-heavy sectors such as finance, cybersecurity, and medicine. Quantum system development requires a stable environment for…

Engaging in activities like poker or bidding on a house involves dealing with imperfect information. You know your own cards or your budget, but not your opponent’s hand or their financial limit. A recent paper by MIT researchers, presented at the International Conference on Learning Representations in Rio De Janeiro, delves into imperfect-information games. These…

A factory worker can easily recall where she stored a partially assembled component the previous night and retrieve it quickly. However, robots working alongside her face challenges in developing similar “spatiotemporal” memory. MIT researchers have now created a long-term memory system that enables robots to quickly form and recall detailed mental models of complex, large…

Educators, whether teaching in person or online, often encounter challenging students. While “difficult” may sound harsh, students typically do not aim to disrupt. Issues arise when students’ communication styles or expectations clash with the learning environment. By changing our perspective on these students and using effective strategies, educators can turn conflicts into educational opportunities. Today’s…

Educators in higher education are increasingly acknowledging the benefits of incorporating the UN Sustainable Development Goals (SDGs) into their teaching. Many hesitate due to the misconception that doing so necessitates a complete curriculum overhaul or requires specialized knowledge in sustainability. However, effective integration can be straightforward, aligning with existing teaching methods like active learning, reflective…

An international research team has created a new fluorescent nanosensor using carbon nanotubes, capable of quickly identifying a biomarker associated with gut health and disease. This advancement may lead to more rapid and accessible testing for gut health. The biomarker, indole-3-propionic acid (IPA), is a metabolite formed by gut bacteria during the breakdown of dietary…

Scientists globally are striving to create advanced quantum systems for sensing, communication, computing, and control that could surpass conventional technologies. Developing stable and discernible quantum states, which are crucial for these systems, poses significant challenges. Quantum states have unique traits that can be used to build new information processing systems, but achieving stability and distinguishability…

Harvard employees who have shown exceptional service were recognized in a ceremony at Sanders Theatre. On Thursday, 71 staff members were honored as Harvard Heroes, celebrated by family, friends, and colleagues. They were chosen from over 1,000 nominations, with department heads applauding their achievements. President Alan M. Garber commended their dedication amidst challenges, highlighting their…

It was acceptable to have differing opinions from Gordon Wood, but his influence was undeniable. Unique among historians, Wood didn’t just recount the Revolutionary period; he brought its vitality to life for readers. “Gordon captured the excitement and dynamism of the debates in 1775 and 1776, as Americans were poised to draft new governmental constitutions…

Traditionally, temperatures are measured using oral or forehead thermometers, but these methods do not always provide an accurate reflection of core body temperature. Monitoring core temperature internally could simplify the process of identifying illness and assessing the risk of severe fevers. To facilitate this, MIT engineers have created an ingestible sensor capable of providing continuous…