Overview of a study revealing the greater genetic impact of early-life stress over head injuries on brain development and adult …
Latest in Universities
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ETH ZurichMagnetismQuantum MaterialsQuantum PhysicsSciTech NewsUniversities
Discovering a New Magnetism: A Breakthrough in Quantum Physics by ETH Zurich Researchers
ETH Zurich’s discovery of a new type of magnetism in engineered moiré materials, offering insights into quantum and solid-state magnetism.
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BiochemistryCancerCell BiologyChemical BiologyMolecular BiologyProteinSciTech NewsUniversity Of Montreal
New Insights in Cellular Biology: The Role of Sugars and Proteins
by Amir Husseinby Amir HusseinBreakthrough in cellular biology reveals the critical role of sugar-protein interactions, using a novel fluorogenic probe for disease research.
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ArchaeologyCavesDurham UniversitySciTech News
Unveiling the Enigma of Ancient Cave Art: A Novel Study Deciphers Pareidolia in 40,000-Year-Old Paintings
Decoding Ice Age cave art: Study unveils pareidolia’s role in 40,000-year-old paintings.
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BrainChinese Academy of SciencesCognitionMedicineMemoryNeuroscienceSciTech NewsUniversities
Deciphering the Mysteries of the Brain: Researchers Investigate the True Function of Crucial Cognitive Regions
by Klaus Müllerby Klaus MüllerGroundbreaking study reveals key brain regions’ unexpected role in social-semantic memory, challenging traditional views.
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DietKing’s College LondonMedicineNutritionPublic HealthSciTech News
Eating in a 10-Hour Window Linked to Increased Mood and Energy
Study reveals benefits of a 10-hour eating window: enhanced mood, energy, and reduced hunger, presented at European Nutrition Conference.
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AstronomyAstrophysicsAuroraNew Jersey Institute Of TechnologySciTech NewsSolar FlareSpaceSun
Enigmatic Radio Emissions Resurface Above a Sunspot, Reshaping Stellar Understanding
Recent discovery: Prolonged solar radio emissions from a sunspot, offering insights into stellar magnetism. _xD83C__xDF1E__xD83D__xDCFB_ #Astronomy
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Materials ScienceOsaka Metropolitan UniversityPhysicsSciTech News
Innovative Technique Converts Persistent PFAS into Valuable Compounds
Innovative method converts persistent PFAS into valuable fluorine-enhanced NHCs, revolutionizing chemistry and materials science.
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AstrophysicsSciTech NewsSpaceThe ConversationTime TravelUniversity Of Maryland
Delving into the Realm of Time Travel: Distinguishing Between Science and Fiction
by Amir Husseinby Amir HusseinAn exploration of time travel, contrasting scientific theories and fictional representations, examining feasibility, paradoxes, and scientific insights.
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SciTech NewsThermoelectricsVienna University Of Technology
Thermoelectric Breakthrough: Nickel-Gold Alloys Set New Standard
by Manuel Costaby Manuel CostaResearchers at TU Wien discover nickel-gold alloys as highly efficient thermoelectric materials, revolutionizing energy conversion.