The Wyss Institute has collaborated in the design of a new low-cost nasopharyngeal swabs that can be manufactured quickly to address the international shortage of swabs for testing and research.
Harvard and MIT researchers have found a way to correct for signal loss with a prototype quantum node that can catch, store, and entangle bits of quantum information. The research is the missing link toward a practical quantum internet.
With the move to online classes, a group of Harvard students quickly formed a team and collaborated over spring break to develop Congregate, a web platform that enables users to host events or gatherings that are broken into many dynamically generated conversation rooms.
Further research and development on a class of molecules called bisphosphonates might turbocharge a vaccine against SARS-CoV-2, the novel coronavirus, and help bring immunity to huge populations more quickly.
Scientists produce a reference map of human protein interactions, releasing data helpful for understanding diseases including cancer and infectious diseases such as COVID-19.
Investigators at Massachusetts General Hospital have modified the gene editing system, making it possible to potentially target any location across the entire human genome.
Using the tool VirScan, researchers are able to detect antibodies in people’s blood that indicate active and past infections by viruses and bacteria. The goal is to learn how the virus affects the immune system.
The massive shift from the office to remote work will test the internet in ways it hasn’t been tested before, a Harvard expert on the technology industry said, offering a real-time experiment that will likely see failures, but from which unexpected solutions will also emerge.
Harvard’s Wyss Institute will collaborate with other institutions to form the i3 Center where cancer immunologists and biological engineers will develop new biomaterials-based approaches to enable anti-cancer immune-therapies for therapy-resistant cancers.
In a new paper, Harvard researchers show for the first time that research-based online STEM demonstrations not only can teach students more, but can be just as effective as classroom teaching.
Tamara Pico, a postdoctoral fellow, is using records of flooding in the Bering Strait to make inferences about how the ice sheets that covered North America responded to the warming climate, and how their melting might have contributed to climate changes.
According to a summit on food production, diet, and sustainability, humanity needs to refocus on a diet that encompasses sustainability and social justice.
Professor Emily Balskus and her team have identified an entirely new class of enzymes that degrade chemicals essential for neurological health, but also help digest foods like nuts, berries, and tea, releasing nutrients that may impact human health.
Two graduate students from Arnold Arboretum have created the Mamoní Valley Preserve Natural History Project, an ongoing series of student-led field expeditions designed to increase our understanding of how biodiversity can persevere in the face of climate change, deforestation, and human disturbance.
An international team of 1,300 scientists has generated the most complete cancer genome map to date, bringing researchers closer to identifying all major cancer-causing genetic mutations.
Research into the gut microbes of wasps shows that exposure to atrazine, a widely used herbicide, leads to changes in the gut microbiome that are passed to future generations. Findings indicate that the microbiomes of insects, including pollinators, and of humans should be considered when evaluating the biorisk of pesticides.
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