Researchers at ETH Zurich discovered that IL-7 enhances lymphatic vessel drainage, a crucial function that could improve lymphedema treatment outcomes. This finding may help prevent or alleviate fluid accumulation and tissue swelling in patients with compromised lymphatic systems.
Physicists at ETH Zurich have successfully teleported information across a distance of six millimeters using a solid state system. This achievement demonstrates the potential for quantum communication and may lead to faster and more efficient quantum computing in the future.
Researchers used computer simulations to demonstrate that ice-age/warm-period interchange depends on the alternating influence of continental ice sheets and climate. The team found that large-scale glaciation alters sea levels and ocean currents, affecting the climate.
A team of researchers at ETH Zurich used high-resolution microelectrode arrays to measure axonal signal speed, finding significant variations within the same neuron. The study challenges the long-held assumption that axonal signal conduction is purely digital.
The global atlas, MAREDAT, provides unprecedented insights into oceanic plankton diversity and biomass across 500,000 locations worldwide. It reveals surprising findings, such as zooplankton having more biomass than phytoplankton in some regions.
A computer model was developed to assess how different levels of segregation would affect violence in Jerusalem. The study found that social distance is a key mechanism explaining violence, with higher levels increasing the likelihood of violent encounters.
Researchers at ETH Zurich found that ocean eddies have a significant impact on weather patterns, particularly in the Southern hemisphere. Warm eddies increase near-surface wind speed, cloud cover, and rain probability, while cold eddies have the opposite effect.
Researchers at ETH Zurich developed a new PET tracer that targets the folic acid receptor on cancer cells, enabling precise diagnosis and predicting patient response to therapy. The tracer also has potential for displaying inflammatory diseases and medication development.
Researchers discovered that glycans can order the random network of water molecules above them, creating clusters or layers. This effect may help synovial fluid lubricate joints and influence how receptors recognize glycan coats on cells.
Researchers develop method to classify quantum entanglement states into geometric objects called polytopes, allowing for efficient prediction and characterization of entangled states. This breakthrough enables the development of novel quantum technologies with practical applications.
Researchers at ETH Zurich found that coffee farmers in southern India can increase yields independently of bees, through irrigation, liming, and agroforestry practices. The study's findings challenge the idea that pollinators are essential for coffee production, highlighting the importance of alternative factors.
Physicists at ETH Zurich have developed a new device that uses laser beams and atoms to emulate magnetic materials, enabling the study of exotic forms of magnetism. The approach promises groundbreaking insights into the properties of magnetic materials.
Researchers have created a comprehensive map of the tuberculosis protein, allowing scientists to pinpoint specific proteins and discover new ones. This resource may aid in the development of new therapies and early detection methods, targeting the main target for medication: pathogen proteins.
The new institute will offer sabbatical placements to top academics, advancing theoretical basic research and enhancing ETH's academic base. The fellows will work alongside experienced researchers, providing additional stimulation and enrichment.
Researchers at ETH Zurich successfully demonstrate the Hong-Ou-Mandel effect using microwave photons, showcasing a fundamental aspect of quantum mechanics. The experiment offers new possibilities for characterizing radiation sources and may lead to practical applications in quantum communication and information processing.
Helbing's research reveals that global networks can amplify vulnerability to disasters, making it difficult to predict and control complex systems. By redesigning these networks with real-time data, we can enhance transparency, adaptive control, and mitigate catastrophic failures.
Scientists at ETH Zurich demonstrated that white and brown fat cells can convert into each other, challenging current beliefs. This interconversion process is likely to occur in humans as well, offering a novel strategy for treating obesity by promoting brown fat formation.
Researchers develop method to make germanium laser-compatible through high tensile strain, enabling faster data transfer via light. The new technique could increase computer performance and revolutionize computing chip design.
Researchers at ETH Zurich have developed a new control method for quantum systems, enabling precise steering through Hilbert spaces. This breakthrough has significant implications for the development of practical quantum computers.
Scientists have created a composite material that can bend and twist in response to external stimuli like temperature or moisture. This programmable plasticity enables the material to take on various shapes, making it suitable for applications such as self-shaping ceramic parts and biodegradable implants.
Researchers from ETH Zurich have created tin nanocrystals that can absorb and release lithium ions more effectively, leading to improved energy storage capacity. The smaller crystals are able to store more energy than larger ones, making them ideal for future lithium ion batteries.
Scientists have created a three-dimensional map of electrode materials in lithium-ion batteries, revealing their unique structures and impact on charging speeds. The study's findings suggest that using round particles instead of plate-like ones can significantly improve the battery's performance.
Researchers at ETH Zurich have developed a new method to analyze the chemical composition of exhaled breath, revealing an individual's unique 'breathprint' that stays constant over time. This non-invasive approach holds promise for early disease detection and monitoring, and could potentially replace traditional blood and urine analysis.
Researchers developed a cloud-computing platform called RoboEarth Cloud Engine to accelerate robot learning and adaptation in complex tasks. The platform allows robots to access enterprise-scale computing infrastructure, paving the way for lighter, cheaper, and more intelligent robots.
Researchers at ETH Zurich discovered a link between prenatal infections, stress during puberty, and schizophrenia-relevant brain changes. The study suggests that the combination of these two factors significantly contributes to the development of the disorder.
Researchers observed wild meerkat groups in the Kalahari Desert, where dominant females yield to lower-ranked individuals to cross roads, revealing a complex adaptation mechanism. This phenomenon may be an innate response, allowing animals to cope with novel threats and minimizing group risk.
The sixth SystemsX.ch tender approved 15 projects with CHF 60 million available, focusing on biological processes and medical applications. Switzerland reiterates its pioneering role in systems biology through collaborations between researchers from various institutions and companies.