Harvard News Explores Historical Figures Who Joined the Nazi Party

A recent study by Harvard researchers reveals that while early members of the Nazi Party were likely ideological zealots, subsequent joiners were mostly “ordinary men” influenced by propaganda and societal pressures. This research, involving the Economics Department and the Weatherhead Center for International Affairs, utilized vision-language AI to digitize over 10 million membership cards of…

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Harvard Study Explores Role of Nutrition in Enhancing Cancer Treatment Outcomes

Research is increasingly pointing to the importance of nutrition in cancer treatment plans, according to early findings shared by a Tufts professor. Fang Fang Zhang, a specialist in cancer epidemiology and nutrition, highlighted that cancer patients often face higher nutritional needs due to the disease or treatment effects like fatigue and nausea, which can lead…

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Harvard Researchers Develop Safe, On-Demand Living Therapeutics

David Mooney, seen in his lab, spearheaded a research team at Harvard’s Wyss Institute, focusing on on-demand living therapeutics. The new “Implantable Living Materials” (ILM) platform could revolutionize how microbial medicines are deployed in the future. As of May 14, 2026, this innovation suggests that patient recovery from severe conditions could improve by targeting drug…

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Harvard Researchers Explore Strategies to Break the Regret Cycle

Illustrations by Liz Zonarich accompany a piece by Harvard staff writer Samantha Laine Perfas about overcoming regret, featured in the podcast “Harvard Thinking.” In this episode, experts discuss strategies for handling regrets over past mistakes and missed opportunities. Samantha Laine Perfas engages with three professionals, including palliative care expert Susan Block, behavioral scientist Leslie John,…

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MIT Researchers Reprogram Materials by Rapid Atomic Rearrangement

Thirty-seven years ago, scientists first managed to move single atoms, opening up the potential to design materials atom by atom to tailor their properties. Today, several methods exist that allow researchers to manipulate individual atoms to endow materials with unique quantum features and deepen our understanding of quantum phenomena. However, current methods are limited to…

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