The Brutalist Report - science
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- No new articles in the Past 12 Hours.
- Odds plummet that asteroid will hit Earth in 2032 [495d]
- UK peatland fires are supercharging carbon emissions as climate change causes hotter, drier summers [495d]
- Simple treatment may reduce inflammation and its side effects in expecting cows [495d]
- Struggling men may hurt noncollege women's marriage prospects [495d]
- Q&A: Researcher discusses exploring the limits of carbon sequestration [495d]
- How mosquitoes hear may inspire new ways to detect natural disasters [495d]
- Plasma arc cutting: Scientists decode gas flow dynamics [495d]
- Influencer marketing can help tourism industry mitigate waste, pollution [495d]
- New dads reveal conflict and guilt in the transition to parenthood [495d]
- 60 years ago: Ranger 8 moon photos aid in Apollo site selection [495d]
- Insights into evolutionary dynamics: Study reveals the evolution of evolvability [495d]
- How do people feel about AI replacing human jobs? [495d]
- Topological quantum processor uses Majorana zero modes for fault-tolerant computing [495d]
- AI system predicts protein fragments that can bind to or inhibit a target [495d]
- What is a model organism? Moving beyond E. coli [495d]
- Master Gardeners' readiness in food preservation evaluated [495d]
- Citizen science reveals urban gardeners' views, habits [495d]
- Deepfakes threaten trust in society, says researcher [495d]
- Select corn lines contain compounds that sicken and kill major crop pest [495d]
- Moon or Mars? NASA's future at a crossroads under Trump [495d]
- Getting to the roots of gang violence in Colombia [495d]
- Microwave-to-optics transduction: Research demonstrates readout technique for superconducting qubits [495d]
- Plants' heat stress strategies offer insights for survival in warming climate [495d]
- Bird study finds much larger volumes of toxic PFAS chemicals than previously reported [495d]
- How calcium improves strength when it comes to muscle development [495d]
- Digital-learning platform improves reading growth by 9 percentile points, bridging learning gaps [495d]
- Predator robots help researchers uncover how larval zebrafish rapidly learn [495d]
- Asteroid deflection strategies: Researchers unveil new scenarios [495d]
- Critical height sampling: A model-free method for efficient forest volume estimation [495d]
- Better forest management boosts beetle diversity in spruce plantations hit by bark beetles [495d]
- Silicon nitride-based electromagnetic metamaterial with industrial potential developed [495d]
- Exploring BiFeO₃'s piezocatalytic potential: From materials engineering to diverse applications [495d]
- Novel water-based adhesive nanocomposite technology developed [495d]
- Discovery of high-spin manganese centers sheds light on photosynthesis [495d]
- Novel mechanisms that support cellular adhesion and tissue repair offer therapeutic potential [495d]
- A new approach for better understanding animal consciousness [495d]
- Chemists find greener path to making ethylene oxide, a key industrial chemical [495d]
- Collection of tiny antennas can amplify and control light polarized in any direction [495d]
- 19th-century press comes to life on Steam through VR experience [495d]
- Self-employment income widely underreported, survey shows [495d]
- Scientists decode the DNA of one of America's most iconic trees, the white oak [495d]
- Re-(de)fined level of detail for urban elements: Integrating geometric and attribute data [495d]
- Simulations show complex rainfall patterns over tropical mountains with dual peaks [495d]
- A fiscal crisis is looming for many US cities [495d]
- Kumasi was called the garden city, but green spaces are vanishing in a clash of land use regulations [495d]
- Deep Nanometry: Deep learning system detects disease-related nanoparticles [495d]
- AI system accurately maps urban green spaces, exposing environmental divides [495d]
- Long-term data analysis prompts rethink on regional differences in ocean carbon sequestration [495d]
- Optical tweezers reveal forward and backward motion is symmetric in molecular shuttling [495d]
- Polyurethane with shape memory change from foil to foam when heated [495d]
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