The new research alliance will support cutting-edge research in labs across Harvard, while providing professional development programs to visiting technology business leaders. The alliance aims to accelerate the development of novel technologies and create a future generation of entrepreneurial leaders.
Researchers at Harvard University have developed syringe-injectable mesh electronics that stably record neural activity in mice for eight months or more, opening up new possibilities for studying neuro-degenerative diseases and aging processes. The technology also enables the delivery of electrical stimulation to the brain over three m...
A powerful materials discovery platform developed at Harvard University has been licensed to Kyulux, a developer of OLED display technologies. The platform enables the rapid identification of promising molecules for use in next-generation electronic displays.
A new study by Joyce Benenson found that men are more likely to engage in friendly physical contact after competition than women. This finding supports the 'male warrior hypothesis,' which suggests that males broker good feelings after conflict to ensure they can call on allies to defend their group.
A new study published in Scientific Reports found that the auditory cortex of profoundly deaf and hearing people has virtually identical neural architecture. The research raises questions about the role of experience in processing sensory information and could lead to potential new avenues for intervention in deafness.
A study by Harvard University scientists suggests that cephalopods can perceive color through chromatic aberration, which allows them to detect different wavelengths of light. This mechanism enables the animals to create vivid camouflage abilities despite being limited to black and white vision.
Scientists at Harvard University have developed a 'bionic' cardiac patch that can monitor and respond to cardiac problems, potentially revolutionizing heart attack treatment. The patch, made of nanoscale electronic scaffolds, can detect arrhythmia and adjust its performance in real-time.
A Harvard University study forecasts that boreal forests in far-northern latitudes may act as a climate refuge for black spruce trees due to higher rainfall. The research also suggests that the region's growing season will expand by 3 weeks, but drought stress could overwhelm trees south of the 49th parallel.
A new system uses solar energy to split water molecules and hydrogen-eating bacteria, producing liquid fuels with improved efficiency. The 'bionic leaf' technology has the potential to be incredibly versatile, making any downstream carbon-based molecule.
Researchers created a simplified platform to make macrolide antibiotics without the original molecule, enabling potential solutions to antibiotic resistance. The platform has shown promise in initial testing against clinical bacterial strains and resistant superbugs.
Five Harvard research projects have received sustaining funding through the Physical Sciences & Engineering Accelerator, which aims to bridge the 'chasm of death' between discovery and product development. The funded projects include a shell scripting language for improved security, a pattern-detection algorithm for enhanced drug evalu...
Researchers analyzed over 500 years of harvest records, finding that climate change has caused winegrape harvests in France to occur two weeks earlier than in the past. The trend is expected to continue due to increasing temperatures, which can negatively impact wine quality.
A new Harvard University study suggests that early humans processed meat with stone tools to reduce chewing effort, allowing for a higher-quality diet and eventual emergence of hunting and gathering. By slicing meat and pounding vegetables, researchers found a significant reduction in the number of chews required per day.
A consortium of 270 scientists found that more than half of psychology studies couldn't be replicated due to methodological issues and statistical errors. Reanalysis of the data by Harvard professors reveals that the original study's conclusions are unwarranted, as the replicators made significant mistakes in their methodology.
A Harvard University study finds that grasslands across North America will experience an earlier start to the spring growing season and warmer winter temperatures, offsetting climate change's negative effects. However, this shift in seasonal patterns presents new management challenges for farmers and ranchers.
A Harvard study reveals that disease didn't break out until nearly a century after European contact in northern New Mexico, coinciding with mission church establishment. Native populations dropped from 6,500 to fewer than 900 in just 60 years, resulting in staggering social, cultural, and environmental impacts.
A new model suggests a more nuanced response to climate change in the Amazon forest, with individual trees experiencing water stress, leading to a gradual shift from high-biomass forests to low-biomass ecosystems. This approach better captures ecosystem heterogeneity and predicts a less drastic transition.
Researchers found that individuals with autism have lower levels of GABA, a key inhibitory neurotransmitter, which suggests a breakdown in the signaling pathway. This breakthrough could lead to early intervention efforts through visual screening tests for younger children.
The Planetary Health Alliance aims to improve understanding of environmental change and human health. The alliance will foster research, training, and policy action at the intersection of environment and public health.
A new study from Harvard University found that children globally quickly reject unequal distributions of rewards, but in three countries (U.S., Canada, and Uganda), they also accept deals that favor themselves. This suggests that fairness behaviors may vary across cultures.
Researchers from Harvard University found that Resident Registration Numbers in South Korea can be easily decrypted using computation and logical reasoning. The study reveals vulnerabilities in the encoding system, compromising individual privacy and urging a more robust redesign.
Researchers at Harvard University have discovered a molecule that can halt the growth of cancerous AML cells without harming healthy cells. The molecule, cortistatin A, works by inhibiting two specific kinases that play a key role in the growth of AML cells.
Scientists have discovered that the gut microbiome of right whales and other baleen species shares traits with both cows and meat-eating predators. This dual microbial community enables whales to digest not only copepods but also their chitin-rich shells, providing a significant nutritional benefit.
A new study has pinpointed the dorsolateral prefrontal cortex (DLPFC) as a critical brain region responsible for coordinating punishment decisions made by judges and juries. The DLPFC integrates information from other parts of the brain to determine punishment, with disruption leading to reduced punishments for morally responsible agents.
Researchers at Harvard University discovered that termite mounds breathe once a day as temperature oscillations drive ventilation. The mounds' structure, with central chimneys and thin exterior walls, allows gases to exchange and maintain efficient airflow.
A Harvard University collaboration has developed a 3D model of solid tumors that reflects both their three-dimensional shape and genetic evolution. The model explains why cancer cells share an unusually high number of genetic mutations and how drug resistance evolves, shedding light on tumor growth and evolution.
A global team has sequenced over 200 Ebola virus genomes to capture the fullest picture yet of how the virus is transmitted and changes over time. The study reveals that cross-border transmission played a smaller role in the outbreak than previously thought, and that the virus has begun to weed out mutations that do not benefit it.
Researchers developed a method for fabricating nano-scale electronic scaffolds that can be injected via syringe, monitoring neural activity, stimulating tissues and promoting neuron regeneration. The technology has the potential to revolutionize the interface between electronics and biology.
A new Harvard University study maps ecosystem service hotspots in Massachusetts, revealing a shift from intact forests to smaller, highly valued ecosystems. The research highlights the need for conservation efforts at multiple scales to sustain the natural environment.
Researchers found that birds adopt only two stereotyped postures to navigate through cluttered environments at high speed. These postures allow birds to minimize energy loss and maximize robustness during flight. The study's findings may offer new insights into programming drones and UAVs to avoid obstacles.
A team of scientists, led by Harvard University's David Liu, has developed an engineered form of the genome-editing protein Cas9 that can be turned on with a small drug-like molecule. This approach achieves up to 25-fold higher specificity in genome editing than the standard form of Cas9.
Researchers found no correlation between hip width and efficient locomotion, debunking a long-held assumption that wider hips make women less efficient when walking and running. The study used biomechanical models to analyze the forces acting on the hips, revealing fundamental flaws in previous theories.
Researchers create an ultra-thin, completely flat optical component made of glass substrate and silicon antennas that compensates for wavelength differences. This allows for consistent effects like deflecting beams of different colors by the same angle or focusing those colors on a single spot.
A new model developed by Harvard researchers explains how motives impact cooperation and why people trust genuine altruists over those who open envelopes. The 'envelope game' helps capture the notion that people value principle-driven behavior, especially in situations where cooperation comes with a cost.
A Harvard University study reveals that global sea level has accelerated far more than initially thought, with a 30% increase in sea level rise from 1900-1990 compared to previous estimates. The researchers used a new approach to estimate sea level change by accounting for the limitations of existing tide gauge records.
A Harvard study found that members of an East African herding tribe who engaged in violent raids had more wives and thus more opportunities to increase their reproductive success. The study, which analyzed the data of 120 men, found a clear correlation between raid participation and higher reproductive capacity.
Scientists have developed a technique to coat metallic objects with an extremely thin layer of semiconductor, producing vibrant optical effects on paper and other flexible materials. The ultrathin coatings can produce bright, solid colors using the same two metals, applied with only a few atoms' difference in thickness.
Researchers at Harvard University have developed a system using human stem cells to screen for compounds that can turn white, or 'bad', fat cells into brown, or 'good' fat cells. They have identified two compounds that can accomplish this in human cells, taking the first step towards a potential pill for obesity treatment.
Researchers at Harvard University successfully converted mouse and human skin cells into pain sensing neurons that respond to various stimuli, including acute and inflammatory pain. The 'disease in a dish' model may lead to improved drug development for chronic pain treatment.
Researchers at Harvard University have identified a rare population of stem cells that give rise to fibrosis, a condition characterized by the buildup of scar tissue in organs. The study suggests that targeting these stem cells could lead to therapeutic breakthroughs for conditions such as diabetes, lung disease, and high blood pressure.
Researchers at Harvard University have successfully reprogrammed adult cells into insulin-producing beta cells in mice, showing promise for treating both Type 1 and Type 2 diabetes. The study's long-term findings suggest that the newly created cells remain functional over a period of approximately half the animal's normal lifespan.
Researchers at Harvard University have used CRISPR technology to edit out the CCR5 receptor in human blood stem cells, which could provide a new approach to treating HIV/AIDS. The edited cells showed no unwanted mutations and retained their functionality.
New research suggests that maple syrup production is linked to mast seeding events, where trees produce more seeds than usual. Following every mast seed year, syrup production declined in Vermont. The study's findings could help producers plan ahead for the upcoming season.
Researchers at Harvard University have developed a method to efficiently deliver genome-editing proteins into cells, bypassing the need for DNA delivery. The new system uses commercially-available cationic lipids to introduce proteins into cells, offering hope for treating genetic diseases, including deafness.
Harvard Stem Cell Institute scientists have developed a way to use stem cells in the fight against brain cancer. They genetically engineered stem cells to produce and secrete tumor-killing toxins, which were shown to kill cancer cells in mouse brains. This method solves the delivery issue that led to previous clinical trial failures.
Researchers at Harvard University have made a breakthrough in producing human insulin-producing beta cells equivalent to normally functioning cells, offering hope for new diabetes treatment. The development involves massive quantities of human embryonic stem cells and could lead to drug discovery and transplantation therapy.
Researchers at Harvard University developed a barcoding tool to track the origin of blood cells, revealing that progenitor cells, not blood stem cells, give rise to specific blood cell types. This discovery challenges scientific dogma and has potential applications for blood regeneration therapies.
Researchers discovered a simple scaling law that describes how the speed of an organism changes with its size, movement speed, and other factors. The study found that all animals, from tiny fish larvae to massive whales, can be described by one of two equations, indicating general principles at work.
Engineers at Harvard University have created an untethered soft robot, measuring over half a meter in length, which can carry up to 7.5 pounds on its back. The robot, designed using composite silicone rubber and Kevlar fabric, has withstood extreme conditions such as snow, water, flames, and being run over by a car.
A study by Harvard University scientists has identified a non-toxic way to target leukemia cells' metabolism without harming normal cells. This breakthrough could lead to new treatments for leukemia patients.