MIT study reveals gene activation physically ripples along DNA, altering folding to upregulate upstream genes and inhibit downstream ones, with implications for disease and therapy.
Penn State research shows that adding a location tag to social media posts affects how readers judge the poster—boosting likability and empathy, especially when the location is familiar or relatable.
Scientists at GSI/FAIR measured nuclear reactions at record-low energies in a storage ring, enabling precise study of stellar nucleosynthesis.
Urban microplastic data gaps hinder pollution forecasts. Standardized runoff datasets enable better models for source reduction and management.
A new iC3 study reveals that plankton shells used for past ocean temperature reconstructions may contain two distinct chemical signals—core and crust—potentially skewing results by 2–4°C in polar regions.
Niels Bohr Institute researchers overcome key barrier, enabling ultra-secure single-photon quantum signals to travel through standard optical fiber networks, opening practical quantum communication.
Climate change intensifies temperature swings, threatening young songbirds' growth and survival. Research shows reduced fledging success and weight loss, urging conservation measures and habitat protections.
The DAMPE satellite has discovered a universal spectral break in cosmic rays at around 15 TeV, challenging existing models and shedding light on particle origins and propagation. This finding, published in Nature, provides a common energy signature across multiple nuclei, suggesting a shared physical process.
Scientists discovered that water molecules at the air–water interface twist in a layered pattern across four molecular layers, a neglected parameter that governs interfacial chemistry.
NASA-ISRO's NISAR satellite maps extreme ground subsidence in Mexico City, revealing rapid sinking rates using L-band radar that penetrates clouds and vegetation, aiding urban planning.
Researchers discover that a neglected parameter—water twist—orders four molecular layers at the air-water interface, reshaping understanding of interfacial chemistry.
Step-by-step guide to inclusive UX research based on Dr. Michele Williams' book: plan, recruit, facilitate, ask unbiased questions, build team confidence, and challenge assumptions.
Guide to preserving team culture amid AI adoption: audit usage, schedule informal check-ins, create async spaces, augment vs replace human touchpoints, and measure team health.
Microsoft expands Microsoft Discovery agentic AI platform for R&D with new capabilities, partner interoperability, and real-world outcomes, enabling autonomous agents to accelerate scientific discovery.
A guide on using genomic data to reveal how squid and cuttlefish survived mass extinctions by retreating to deep-sea refuges and later diversifying rapidly.
Step-by-step guide to setting up Microsoft Discovery for agentic R&D: prerequisites, data connections, agent configuration, avoiding mistakes.
A step-by-step guide explaining how gene activation creates supercoiling ripples that boost upstream genes and suppress downstream genes, based on an MIT study.
Leverage location cues on social media to boost empathy and engagement. Follow six steps to choose, integrate, and analyze location tags authentically.
Step-by-step guide to measuring nuclear reactions at record-low energies using storage rings like CRYRING@ESR, enabling stellar nucleosynthesis studies.
Learn how temperature swings from climate change affect young songbird development, from thermoregulation to growth, with practical steps for observation and analysis.