The Brutalist Report

Phys

• Lapland's next hotspot after Santa? Torne Valley seeks sustainable tourism [68d]
• Wildfires reshape forest soils for decades, with recovery varying by climate [68d]
• A molecular gatekeeper that controls protein synthesis [68d]
• New 'cloaking device' concept shields electronics from disruptive magnetic fields [68d]
• Ant societies rose by trading individual protection for collective power—the evolution of 'squishability' [68d]
• How mountain building and climate change have shaped alpine biodiversity over 30 million years [68d]
• How ancient viral DNA shapes early embryonic development [68d]
• Why many Americans avoid negotiating, even when it costs them [68d]
• Four years after the Mariana mining disaster in Brazil, river fish remained contaminated [68d]
• Potentially toxic elements in bananas grown in the Mariana disaster region exceed United Nations limits [68d]
• Targeting bacterial 'decision-making' could help outsmart antibiotic resistance [68d]
• Helping people and limiting damage: Researchers identify technology needs for disaster response [68d]
• Expansion of invasive Chinese hwamei into alpine habitats in Japan: First record of songs [68d]
• Eifel volcanoes mapped in detail: Surprising new insights from Germany's largest seismological experiment [68d]
• Pressing pause: A small genetic stop may have helped complex life evolve [68d]
• Engineered enzyme turns formaldehyde pollutant into key pharmaceutical building block [68d]
• Statistical method developed for single-molecule fluorescence analysis [68d]
• Phage-resistant bacteria can still sink carbon to ocean floor [68d]
• Electricity-driven nitrogen insertion enables sustainable heterocycle synthesis [68d]
• Webb captures dwarf stars in a glittering sky [68d]
• Real-time social interactions reveal how we balance cooperation and competition [68d]
• Merging nanopores with nanofluidic devices could transform medicine and diagnostics [68d]
• Uncovering how parasitic plants avoid attacking themselves to improve crop protection [68d]
• Discovery of the most intron-rich eukaryotic genome [68d]