Harnessing defects in thermal insulators unlocks energy efficiency potential, revolutionizing nanoscale design for sustainable technology.
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British Ecological SocietyCarbon DioxideClimate ChangeDuke UniversityEarthEcologyMicrobesPlanktonSciTech NewsUC Santa Barbara
Microbial Shift: How Climate Change Could Turn Carbon Absorbers Into Carbon Emitters
New research warns that rising temperatures could turn microorganisms from carbon absorbers to carbon emitters, intensifying …
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AstrophysicsCosmologyDark MatterParticle PhysicsSciTech NewsSpaceUniversity Of Toronto
Dark Matter and the Clumpiness of the Universe: New Insights from Axions
Scientists link dark matter’s lack of clumpiness to axions, ultra-light particles. Potential breakthrough for understanding the …
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AgingAlzheimer'sBiologyDementiaGeneticsGladstone InstitutesMedicineSciTech News
Promising Breakthrough in the Fight against Alzheimer’s – Removing a Genetic Variant Unveils New Possibilities
Study reveals removing APOE ε4 gene from neurons in mice reduces Alzheimer’s hallmarks, opening new therapeutic …
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Particle PhysicsSciTech NewsUniversity Of Minnesota
Unveiling Ghost Particles: Breakthrough Discovery Holds Promise for Solving a Perplexing Physics Enigma
University of Minnesota physicists propose new method to detect axions, addressing the Strong CP Problem in …
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Circadian RhythmDuke UniversityFlorida Atlantic UniversityMalariaMosquitoSciTech News
“Disrupting Malaria: Synchronizing with Biological Clocks”
Researchers find malaria parasites synchronize with human hosts’ internal rhythms, opening possibilities for anti-malarial drugs disrupting …
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Atmospheric ScienceEarthEarthquakesGeophysicsPolish Academy Of SciencesSciTech NewsSeismologySpace Weather
Intriguing Connection Found: Earthquakes and Cosmic Radiation Exhibit Statistical Correlation
Discovery of statistical correlation between seismic activity and cosmic radiation, offering potential for earthquake prediction and …
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COVID-19MedicineSciTech NewsUniversity Of WürzburgVirology
New Study Reveals Single Virus, Single Receptor Binding in COVID-19 Infection
Super-resolution microscopy reveals single virus binding to a single receptor, challenging previous theories. Implications for COVID-19 …
