Boston University scientists are developing a new form of microscopy that utilizes entangled-photon fluorescence microscopy to observe brain synapses. This technology holds promise for unraveling the century-old question of how dendritic spines function, crucial for cognitive processes like learning and memory.
The Alliance Chautauqua at Boston University brings together researchers, artists, and visitors to explore virtual labs and interact in real-time. The event showcases emerging technologies that facilitate remote collaborative work environments.
Scientists from Boston University's Center for Polymer Studies use modern physics to analyze heartbeats, finding complex multifractal properties in healthy hearts. This discovery could help doctors diagnose cardiac disease more effectively, potentially avoiding the harm caused by medication aimed at eliminating variability.
Scientists at Boston University's School of Dental Medicine have discovered a new gene involved in common inflammatory diseases, including Crohn's disease. The researchers identified the gene that controls production of Tumor Necrosis Factor alpha (TNF), a molecule implicated in various inflammatory conditions.
The Boston University TERRIERS team is gearing up to launch a satellite designed to produce unprecedented three-dimensional images of the ionosphere. The satellite will enable scientists to better predict space weather conditions that can disrupt communication systems on Earth.
Researchers at Boston University are developing new computational approaches to manage complex systems in manufacturing, global communication networks, and economic systems. The tools will enable accurate prediction and flexible decision-making, reducing costs associated with worst-case analysis.
Researchers at Boston University and Japan's University of Tokyo found evidence that neutrinos possess mass, contradicting the standard theory of particle physics. This discovery may impact our understanding of the universe's expansion and potential unification of particles and forces.
Scientists at Boston University report a new model of ventilator assisted lung function that incorporates 'noise' to improve gas exchange in patients with lung injury. The approach may also minimize additional trauma by enhancing the avalanche-like opening of airways and alveoli during inhalation.
Boston University is participating in the National Computational Science Alliance to build a network of advanced computers for complex problem-solving in fields like cosmology and nanomaterials. The university will establish a regional center, MARINER, offering training and access on high-performance computing resources.
The Boston University team successfully captured the first-ever image of Hale-Bopp's three tails, providing new insights into the comet's composition. The team's innovative detector system and modest telescope size allowed them to detect faint signals from sodium gas, which is not visible to the naked eye.
Researchers from Boston University developed network measurement techniques that enable Net.Medic to identify and fix internet performance problems. The software is designed to improve the effectiveness of the internet for millions of users worldwide.
Scientists at Boston University have captured high-resolution images of the Earth's outer atmosphere using the POLAR ENA Imaging Proton Spectrometer. These images allow for the tracking of magnetic storms in space and provide new insights into the relationship between the Sun and Earth.
Physicists at Boston University have successfully developed a high-temperature superconductor lead that can carry massive amounts of electrical power without transmitting heat. The lead's potential applications are vast, including electromagnetic boats and elevators.
Researchers at Boston University found that introducing background noise can enhance a person's ability to feel subtle stimuli. The study suggests potential applications for clinical treatment and developing tactile interfaces for telerobotics and virtual environments.
Boston University has introduced the Origin2000, a cutting-edge supercomputer designed to boost research capacity and enable scientists to tackle complex problems. The new system will be made available through the Center's MARINER Project, providing resources for other schools, universities, and businesses.