The Brutalist Report - science
- No new articles in the last 24 hours.
- Researchers demonstrate universal control of a quantum dot-based system with four singlet-triplet qubits [6d]
- Toxic smog smothering India's capital smashes WHO limit [7d]
- Stark warning on emissions as leaders split on climate goals at COP29 [7d]
- Airlines ground Bali flights after volcano erupts [7d]
- Faster flowing glaciers could help predict nearby volcanic activity [7d]
- Fossil fuel CO₂ emissions increase again in 2024 [7d]
- A formula for life? New model calculates chances of intelligent beings in our universe and beyond [7d]
- Jails and prisons often fail to protect incarcerated people during natural disasters [7d]
- Q&A: Making in situ serial crystallography more accessible [7d]
- First amber find on the Antarctic continent provides new insights into Cretaceous forests [7d]
- Sweet switch: Sorbitol's key role in apple plant growth strategy [7d]
- Five animals that behave differently in moonlight [7d]
- Lattice QCD method suggests a simpler spectrum of exotic XYZ hadrons [7d]
- Is an 'off-year' Leonid outburst in the cards for November? [7d]
- Grabbing pizza with coworkers isn't just fun—it could boost teamwork skills [7d]
- Computational method pinpoints how cause-and-effect relationships ebb and flow over time [7d]
- Autumn leaves are staying green for longer in Britain. Here's why [7d]
- Declassified spy images help locate ancient battle site [7d]
- More evidence that Europe's ancient landscapes were open woodlands: Study finds oak, hazel and yew were abundant [7d]
- Countries spend huge sums on fossil fuel subsidies. Here's why they're so hard to eliminate [7d]
- Most US book bans target children's literature featuring diverse characters and authors of color [7d]
- Researchers advocate for new framework to measure sustainable economic growth [7d]
- EU sustainable finance framework must go further to meet Paris Climate Goals—research shows how [7d]
- Low-cost method removes micro- and nanoplastics from water [7d]
- Building a diverse wildland fire workforce to meet future challenges [7d]
- Nanofiber patch for psoriasis treatment has dual release functionality [7d]
- New type of weather radiosonde can find its way back to where it was launched [7d]
- Global convection-permitting model accurately predicts plum rain event [7d]
- Archaeologists find ancient cheese makers used tree leaves to boost milk production [7d]
- Bioluminescent proteins made from scratch enable non-invasive, multi-functional biological imaging [7d]
- From pets to pests: Researchers explore new tool to fight disease-carrying insects [7d]
- Archaeologists excavate earliest known ancient Maya salt works [7d]
- Tax whistleblower laws boost state revenue: Study [7d]
- Racism is such a touchy topic that many US educators avoid it. How we tackled that challenge head on [7d]
- Four out of five people in Africa use wood for cooking. A transition would cut emissions and save lives [7d]
- Populist parties thrive on discontent: The data proves it [7d]
- Fewer wells leaking methane in North Sea than expected [7d]
- Book examines the appeal of military rule [7d]
- How retailers change ordering strategy when a supplier starts its own direct channel [7d]
- Papal elections aren't always as dramatic as 'Conclave,' but the history behind the process is, says historian [7d]
- Social media can turn household chores into profit—but are gender stereotypes making a comeback? [7d]
- Study reveals Olympic Winter Games' climate crisis [7d]
- BeReal: The attention war on social media [7d]
- Virtual fruity fly model can simulate sensory navigation [7d]
- High-performance inkjet print head enhances bioprinting productivity [7d]
- Young coral use metabolic tricks to resist bleaching, research reveals [7d]
- Self-organization of living matter into complex structures: How light pattern impacts aggregation of active filaments [7d]
- What can we expect at the COP29 Climate Conference? [7d]
- Solving the bottleneck of conifer propagation: A molecular approach [7d]
- Nations to submit boosted climate plans: what's at stake? [7d]
- Researchers identify two primary tree movement patterns that help them survive high winds and prevent damage [7d]
- Study: It's still possible to limit climate change to 1.5°C if some countries go beyond their own targets [7d]
- Cacti are surprisingly fragile, and five other intriguing facts about these spiky wonders [7d]
- Particle accelerator helps discover new fossil species of coelacanth [7d]
- US finalizes waste methane fine on drillers, but future uncertain [7d]
- Growing pollution in Pakistan's Punjab province has sickened 1.8M people in a month, officials say [7d]
- World's largest active volcano Mauna Loa showed telltale warning signs before erupting in 2022 [7d]
- UN carbon market inches closer after COP29 agreement [7d]
- Philae's extraordinary comet landing relived [7d]
- Synthetic cells successfully emulate natural cellular communication [7d]
- How did the division of labor emerge in animals and humans? Little-known organisms hold clues [7d]
- Team proposes new solar composition ratios that could reconcile longstanding questions [7d]
- Macroscopic C₅₄₀ model offers new way to study sound wave propagation in topological metamaterials [7d]
- In greening Arctic, caribou and muskoxen play key role: Study links grazing with plant phenology and abundance [7d]
- COP29: Who pays for climate action in developing nations—and how much—becomes more urgent [7d]
- High-resolution IR spectroscopy reveals new insights into the hydrogen bonding of hydrogen sulfide [7d]
- Scientists reveal structural basis for precursor protein import into chloroplasts [7d]
- Bioluminescent sea slug discovered in the deep sea swims through the ocean's midnight zone [7d]
- Decentralized social media 'increases citizen empowerment,' says study [7d]
- Q&A: Emission and odor optimization in plastics and recyclates [7d]
- Current models may overestimate future impacts of climate change on Chesapeake Bay dead zones, study finds [7d]
- Missing link to Snowball Earth history emerges from some unusual rocks on Colorado's Pikes Peak [7d]
- Plastic that dissolves in water could combat global pollution crisis [7d]
- Machine learning predicts highest-risk groundwater sites to improve water quality monitoring [7d]
- New design for photonic time crystals could change how we use and control light [7d]
- Authoritarian fossil fuel states keep hosting climate conferences. How do they operate? What do they want? [7d]
- A mission to Triton and Neptune could unlock their mysteries [7d]
- How did supermassive black holes get so big, so early? They might have had a head start [7d]
- Turning waste into fuel: Bourbon industry offers new path for renewable energy [7d]
- We knew offshore detention was bad for mental health of those seeking asylum—our research shows exactly how bad [7d]
- More than one third of Vietnam's mammal species are at risk of extinction, finds study [7d]
- Computer simulations reveal how cells break down the endoplasmic reticulum [7d]
- Ancient Greece's cultural rise started a century earlier than previously thought—new research [7d]
- Artificial light found to disrupt the circadian cycle of honey bees [7d]
- Guardian, kids, or companions? The roles that owners attribute to their dogs vary and may affect dogs' daily lives [7d]
- Testing AI systems on hard math problems shows they still perform very poorly [7d]
- Right now, the sun is far more active than predicted—and small satellites are paying the price [7d]
- 'Drowning' mangrove forests in Maldives signal global coastal threat, say researchers [7d]
- Canada's immigration strategy: How reduced targets can preserve positive attitudes [7d]
- Worldwide assessment shows climate change threatens rare temperate rainforests [7d]
- Natural tolerance to weed killer uncovered in bryophytes [7d]
- Hints of a 'neutrino fog' could complicate efforts to detect dark matter [7d]
- Novel machine learning techniques can measure ocean's oxygen loss more accurately [7d]
- Raise the roof: How to reduce badminton birdie drift [7d]
- Ouch! Study investigates pain vocalizations and interjections across 131 languages [7d]
- Scientists develop advanced catalyst for self-driven seawater splitting with enhanced chloride resistance [7d]
- DNA packaging directly affects how fast DNA is copied in cells, scientists discover [7d]
- Plant roots key to water movement and wetland restoration [7d]
- Ariane 6 upper stage visits ESA's temple of boom [7d]
- Down in the weeds: How host specificity testing works [7d]
Previous Day