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Life Technology™ Medical News
Einstein College & Teva Study: Ajovy Reduces Migraine & Depression
Understanding Depression: Treatment Options Explored
Palliative Care for Cardiovascular Disease: Quality of Life Boost
EPA Weakens Limits on Harmful Forever Chemicals
Kansas Reports Eight New Measles Cases Amid Outbreak
Study Links Olfactory Impairment to Higher Mortality
Innovative Blood Cancer Treatment Extends Remission by 7 Months
World Health Organization Set for Crucial Week
Tiger Mosquitoes Spreading Dengue and Chikungunya in Europe
Mindfulness-Based Therapy for Persistent Depression
Pragmatic Models Distinguish Pneumonia Severity in Children
Eureka Moment: Solving Problems with Sudden Insights
Study: Physical Condition Before Daratumumab Predicts Cancer Therapy Outcome
COPD: Slowing Progression Through Reduced Exposure
Impact of Close Family Member Loss on Caregivers
Study Links End of Drug Assistance Program to Higher Mortality
Study Reveals Loneliness Linked to Hearing Loss
Managing Stress and Anxiety: Impact on Physical Health
Artificial Intelligence Revolutionizes Drug Discovery
Food Insecurity in Childhood Linked to Poor Heart Health
Private Equity Acquisitions Boost Hospital Efficiency
Monash University's Low FODMAP Diet Benefits Endometriosis
New Helminth Treatment Formulation Developed by Researchers
High Doses of Radiation Trigger Metastatic Tumor Growth
Boost Cancer Treatment: Immune Checkpoint Inhibitors Explained
Redefining Public Health Workforce Amid U.S. Challenges
Survey Reveals Disconnect in Obesity Perceptions
American Academy of Neurology Issues Evidence on New Duchenne Muscular Dystrophy Gene Therapy
Study Reveals Prolonged Fatigue After Mini-Stroke
Study by York University Reveals Weight-Loss Disparities Among Ethnic Groups
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Amazon Rainforest Adapting to Climate Change Challenges
Last Two Northern White Rhinos Face Extinction
Mayan Body Modification Practices: Ancient Insights Revealed
New Study Reveals Lower Bound on Bosonic Dark Matter Mass
Study Reveals Impact of Concealed Carry Laws on Handgun Sales
Harvard University Discovers Rare Magna Carta Replica
Plant Species Struggling in Native Habitat: Implications for Biodiversity
Rare Gecko Rediscovered in South African Canyon
Rumors of Impending Japan Earthquake Impact Hong Kong Travel
Australian Aerospace Firm Delays Historic Rocket Launch with Vegemite Payload
Toxic Algae Bloom Threatens Marine Life in Southern Australia
New Nanoparticle Enhances Ultrasound Cancer Treatment
Scientists Map Magma Evolution in Hawaiian Volcanoes
Sun's Solar Flare Sparks Mars Auroras
NASA Engineers Revive Voyager 1 Thrusters
Global Economic Elite Study Reveals Cross-Country Differences
Advancements in Microfluidic Device for Cell Experiments
Ashwell-Morell Receptor: Decades of Mystery Unraveled
Understanding the Musculoskeletal System's Vital Functions
Shrub Fringes Boost Biodiversity: University of Würzburg Study
The Power of RNA in Life: Innovations and Insights
Landslide-Generated Tsunamis: Coastal Communities at Risk
NYU Scientists Utilize AI to Enhance Plant Nitrogen Efficiency
Future Quantum Technologies Rely on Robust Entanglement
Disordered Protein Segment Links Gene Reading and RNA Editing
Unveiling Collagen's Mystique: Study on Orientation Mechanism
First Linear Accelerator for Continuous Electron Stream
Physicists Discover Leaf Shape Impact on Falling Distance
Silent Earth Tremors: Insights on Major Quakes
Study Reveals How TV Shows Aid Understanding of Economic Concepts
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Researchers Discover Root Cause of Irritating Noise in BLI Engines
Why emerging electric aircraft engine technology sounds so annoying—and how to fix it
Remote Control of Humanoid Robots: Real-Time Teleoperation
Whole-body teleoperation system allows robots to perform coordinated tasks with human-like dexterity
Taiwan to Shut Last Nuclear Reactor, Energy Concerns Rise
End of nuclear in Taiwan fans energy security fears
Crypto industry praises Trump, calls for market clarity
President Trump's Term Impresses Crypto Conference Amid Regulatory Concerns
China's Emissions Drop Amid Rising Power Demand
China first-quarter emissions fell despite rising power demand
World Resources Institute Warns of Growing Scarcity in Fresh Water Supply
Scalable, low-maintenance design recycles heat for a steady supply of drinking water off-grid
Unveiling the Power of Associative Memory in Music
Energy and memory: A new neural network paradigm
Ransomware Attacks Drive Health Care Data Breaches
Ransomware drives US health data breaches
Octopus-Inspired Robot Masters Object Manipulation
AI Agents Develop Shared Social Conventions autonomously
Groups of AI agents spontaneously form their own social norms without human help, study suggests
Handy octopus robot can adapt to its surroundings
Ubisoft's 2024-25 Financial Year: Assassin's Creed Disappoints
'Assassin's Creed' no savior for struggling Ubisoft
Ford recalls nearly 274,000 Navigator and Expedition SUVs due to risk of loss of brake function
Ford Recalls 274K Expedition, Navigator SUVs for Brake Issue
Dutch Scientists Unveil Liquid Hydrogen-Powered Boat
Dutch students launch hydrogen boat to 'inspire shipping industry'
Airbnb CEO Unveils Fresh Services for Holiday Homes
Seeking something new, Airbnb CEO promises 'perfect concierge'
Cyberattack Targets Marks & Spencer in Sim-Swap Fraud
M&S cyberattacks used a little-known but dangerous technique—and anyone could be vulnerable
Life Technology™ Technology News Subscribe Via Feedburner Subscribe Via Google Subscribe Via RSSMonday, 3 February 2020
Making high-temperature superconductivity disappear to understand its origin
When there are several processes going on at once, establishing cause-and-effect relationships is difficult. This scenario holds true for a class of high-temperature superconductors known as the cuprates. Discovered nearly 35 years ago, these copper-oxygen compounds can conduct electricity without resistance under certain conditions. They must be chemically modified ("doped") with additional atoms that introduce electrons or holes (electron vacancies) into the copper-oxide layers and cooled to temperatures below 100 Kelvin—significantly warmer temperatures than those needed for conventional superconductors. But exactly how electrons overcome their mutual repulsion and pair up to flow freely in these materials remains one of the biggest questions in condensed matter physics. High-temperature superconductivity (HTS) is among many phenomena occurring due to strong interactions between electrons, making it difficult to determine where it comes from.