The Brutalist Report

Phys

• Older workers still struggle with work-life balance—and there's no one-size-fits-all remedy [1003d]
• 20 people, 2.4 quintillion possibilities: The baffling statistics of Secret Santa [1003d]
• 'Rights of nature' are being recognized overseas. In Australia, local leadership gives cause for optimism [1003d]
• California seal pups were turning up headless. Experts finally confirmed the culprit [1003d]
• Using smart materials to deploy a Dark Age explorer [1003d]
• Light measurement enables estimation of the chemical attributes of spice extracts [1003d]
• New model sheds light on grassland desertification dynamics [1003d]
• Switching off from work has never been harder, or more necessary. Here's how to do it [1003d]
• How to make your life greener in 2024 [1003d]
• A legal scholar explains the need for government databases to retract information [1003d]
• Harnessing all-dielectric metamaterials to manipulate the polarization state of light [1003d]
• Latest search for new exotic particles at CERN [1003d]
• The atmosphere of an exoplanet reveals secrets about its surface [1003d]
• Western Cascades landscapes in Oregon historically burned more often than previously thought [1003d]
• How to start a successful innovation ecosystem [1003d]
• Selfies and social media: How tourists indulge their influencer fantasies [1003d]
• Miniaturized jumping robots could study an asteroid's gravity [1003d]
• New method of cultivating human norovirus using zebrafish embryo [1003d]
• New species of Arum family reported from Myanmar [1003d]
• Draw-and-write mapping: Effective way to capture children's natural representations [1003d]
• Reusing plastic waste to kickstart radical chain reactions, improving process safety and efficiency [1003d]
• Arabia's alluvial fans grow and decay with Earth's orbital cycles [1003d]
• Apple preharvest drop not linked to xylem functionality [1003d]
• Development of tissue molecular imaging technique using multiple probes at hundreds of microns [1003d]
• Novel molecular ionization dissociation pathway induced by Interatomic Coulombic Decay [1003d]
• AI predicts the influence of microplastics on soil properties [1003d]
• In quest to prevent debilitating traumatic brain injuries, new foam material rises to the top [1003d]
• Special publication investigates paleopathology and evolution of tuberculosis [1003d]
• Images hidden in noise revealed by a quantum-inspired phase-imaging method [1003d]
• Forest fires: a record year [1003d]
• Social media platforms generate billions in annual ad revenue from US youth: Study [1003d]
• Which zoo animals are most active in winter and what times are best to see them? [1003d]
• Unusual ancient elephant tracks had our team of fossil experts stumped—how we solved the mystery [1003d]
• From the moon's south pole to an ice-covered ocean world, several exciting space missions are slated for launch in 2024 [1003d]
• Examining how fiber content affects mechanical properties in flax and pineapple leaf fiber-reinforced plastic composites [1003d]
• Reducing PM2.5 disparity in China: Progress and challenges [1003d]
• Researchers prove human influence on large herbivore diets during Anthropocene [1003d]
• Enhancing coastal cities' flood resilience through smart city technologies [1003d]
• Engineers pair laser light to crystal lattice vibrations to enhance optical properties of 2D material [1003d]
• Singapore's species extinction rate found to be 37% over the past 200 years [1003d]
• Researchers find natural spa water in central Japan is long-trapped lithospheric water [1003d]
• Researchers reveal anthropogenically-induced atmospheric lead cycle in low-latitude Asia [1003d]
• World's first coffee bean Certified Reference Material for component analysis [1003d]
• LST-1 discovers the most distant active galactic nucleus at very high energies [1003d]
• Measuring methane intensity is a key step on the path to net zero [1003d]
• Complex floral traits affect pollinator attraction to urban green spaces [1003d]
• High-sensitivity terahertz detection by 2D plasmons in transistors [1003d]
• Tatahouine: 'Star Wars meteorite' sheds light on the early solar system [1003d]
• Let there be light: Many photons are better than one for advancing quantum technologies [1003d]
• Shedding light on the origin of the photovoltaic effect in organic–inorganic perovskites [1003d]
• New study shows Small Magellanic Cloud is actually two smaller galaxies [1003d]
• Marine heat waves: Why the East Sea experienced extreme conditions in 2021 [1003d]
• Successful test paves the way for magnet production at CERN [1003d]
• AI will play a bigger role in predicting weather and climate disasters in the US in 2024, experts say [1003d]
• How antibiotic-resistant bacteria can teach us to modify behavior [1003d]
• New research reveals how to obtain high-quality DNA from marine samples [1003d]
• Strategies for environmentally friendly and sustainable polyamide production [1003d]
• A logical magic state with fidelity beyond distillation threshold realized on superconducting quantum processor [1003d]
• Developing a futuristic elastomer with ultrahigh strain-induced crystallization [1003d]
• Battling persistence in tuberculosis bacteria [1003d]
• UK retains metric system for selling after overwhelming support [1003d]
• Anthrax lethal toxin and tumor necrosis factor-α synergize to induce mouse death [1003d]
• A 3D magnesiophilic substrate enables planar electroplating/stripping of magnesium metal anode [1003d]
• Astronomers inspect a peculiar nuclear transient [1003d]
• Constraining the dynamics of rotating black holes via the gauge symmetry principle [1003d]
• Novel path of intercellular signal sharing discovered in zebrafish experiments [1003d]
• Ordering of neutrino masses may be revealed by measuring those produced in Earth's atmosphere [1003d]
• How the retailing contest between CBDs, shopping centers and online will reshape our cities [1003d]