The Brutalist Report - phys
- Bilingual courses in Europe: Proper use of language is professors' main concern [17d]
- Colossal's techy new HQ helps Dallas startup be 'in your face' with de-extinction mission [17d]
- New farm accounting method measures natural capital across 50 Australian farms [17d]
- Will natural gas exports wreck the Gulf of California ecosystem? [17d]
- What freezing plants in blocks of ice can tell us about the future of Svalbard's plant communities [17d]
- Hidden insect diversity in grass shoots threatened by mowing [17d]
- Hundreds of young Chinook salmon found dead in Yuba River: What happened? [17d]
- From life events to travel trends, DEMOS tool brings demographic realism to transportation modeling [17d]
- Eighteen years of mobilizing marginalized students, making science more innovative [17d]
- Researchers warn ESA loopholes may speed coral loss around Guam [17d]
- Tin isotopes reveal clues to nuclear stability [17d]
- Can we predict domestic homicide? New research suggests we can't [17d]
- Study finds emphasis on conversation facilitation helps journalists re-engage communities [17d]
- Exposing a hidden anchor for HIV replication [17d]
- From power grids to epidemics: Study shows how small patterns trigger systemic failures [17d]
- Most roadless areas in Great Britain are smaller than 1 km², fragmenting wildlife habitats [17d]
- Antarctic warming is altering atmospheric stability: New evidence from the 1950s to the present [17d]
- Identifying priority Southern Ocean conservation hotspots [17d]
- 'Boomerang' earthquake simulations suggest ricocheting ruptures may be more common than previously thought [17d]
- Mass production technology developed for ultra-high color purity perovskite emitters [17d]
- National analysis maps German hospital vulnerability to flood-driven traffic disruptions [17d]
- Map suggests up to 30% of western bird hotspots face severe wildfire risk [17d]
- Indigenous Peoples and locals report a drastic decline in bird size across three continents [17d]
- Quantum simulator reveals statistical localization that keeps most qubit states frozen [17d]
- New durable hybrid materials enable faster radiation detection [17d]
- Benchmark of 1.4 million checked protein structures could sharpen AI predictions [17d]
- Genetic discovery offers hope for global banana farming [17d]
- Homes in the fire zone: Why wildland-urban blazes create significantly more air pollution [17d]
- When fluctuations shape biodiversity: A minimalist model explains why 'rarity' is so common [17d]
- When electronics become flexible: Atom-thin materials for future devices [17d]
- Machine learning helps solve a central problem of quantum chemistry [17d]
- Plant-based material offers sustainable method of recovering rare earth element [17d]
- Chemistry-powered 'breathing' membrane opens and closes tiny pores on its own [17d]
- Giant DNA viruses encode their own eukaryote-like translation machinery, researchers discover [17d]
- Beyond Mendel: Researchers call for a new understanding of genetics [17d]
- Current levels of violence, harassment should classify Canadian schools as hazardous workplaces, says report [17d]
- Ultrasound-jiggled nanobubbles can crack cancer's collagen 'fortress' [17d]
- 'Ridiculous' plan developed at Florida zoo saves wild rhino's eyesight in Africa [17d]
- Simplifying quantum simulations—symmetry can cut computational effort by several orders of magnitude [17d]
- Quantum-level effects in biology: Weak magnetic fields and isotopes can alter cell protein structures [17d]
- Digital forestry team combines AI with satellite data to monitor urban trees [17d]
- Simulations map how single-crystal battery materials could boost cycle life [17d]
- Hubble identifies a near-invisible galaxy that may be 99% dark matter [17d]
- Turtles' brains shed light on evolutionary developments dating back hundreds of millions of years [17d]
- Chiral myosin steers actin into stable rotating rings without a template, study finds [17d]
- Trapping a single protein in a molecular cage: A new path to drug discovery for amyotrophic lateral sclerosis [17d]
- A super stable laser on the moon could guide future lunar missions and improve our timekeeping [17d]
- New study identifies sequence of critical thresholds for Antarctic ice basins [17d]
- Prussian-blue based electrode demonstrates high capacity for cesium removal [17d]
- Mantle plume vs. plate tectonics: Basalt cores reshape the North Atlantic breakup debate [17d]
- Why negativity can motivate founders: Study links doubts to greater persistence [17d]
- Understanding 'Snowball Earth' extreme climates when the world is covered in ice [17d]
- Rewriting our understanding of early hominin dispersal from Africa to Eurasia [17d]
- Pekingese, Shih Tzu and Staffordshire bull terrier among 12 dog breeds at risk of serious breathing condition [17d]
- Rising simultaneous wildfire risk compromises international firefighting efforts [17d]
- Interplay of class and gender may influence social judgments differently between cultures [17d]
- Climate change and persistent contaminants deliver one‑two punch to Arctic seals, study finds [17d]
- Prototype 'digital twin' helps better predict groundwater [17d]
- New 'Mars GPS' lets Perseverance pinpoint its location within 25 centimeters [17d]
- How the humble silkworm could help us discover new anti-aging treatments [17d]
- Why coping with heavy rain in Scotland's whisky country shows how to save water for the summer [17d]
- Archaeologists identify elders in Iron Age Israel through household artifacts [17d]
- Fungus with species-jumping genes threatens coffee crops. 'Resurrecting' fungal genomes may help understand it [17d]
- Machine learning algorithm fully reconstructs LHC particle collisions [17d]
- Microscopic mirrors for future quantum networks: A new way to make high-performance optical resonators [17d]
- The Peace-Athabasca Delta is at risk. Here's what we can do to evaluate the threats [17d]
- CEOs who experience natural disasters are more likely to lead safer workplaces [17d]
- Intense heat waves directly threaten crops and native species. Here's what we can do [17d]
- Olympic Games and climate action: Time for a fundamental shift, say researchers [17d]
- Too many satellites? Earth's orbit is on track for a catastrophe—but we can stop it [17d]
- Corals in extreme coastal bays show greater resilience to climate stress [17d]
- How much of 'us' is really 'us?' [17d]
- How sailing voyages can inspire the next generation of ocean scientists and advocates [17d]
- Antibiotic resistance is rising: A membrane protease could be E. coli's weak spot [17d]
- Marriage or moving in? Study explains what lifts happiness after 50 [17d]
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