Neuroscience & Psychology
Brain research, cognition, behaviour and mental processes
Diraq Moves Forward in DARPA's Quantum Benchmarking Initiative
Diraq advances to the final phase of DARPA's Quantum Benchmarking Initiative, receiving substantial funding to validate its quantum computing approach.
Navigating Modern Parenting: Balancing Pressure and Expectations for Child Well-Being
Today's parents are dedicating more time than ever to raising children, facing unique pressures and fears of failure that complicate effective parenting.
Advancements in Photon-Number Detection: A New Dual-Trigger Technique
A novel dual-trigger approach enhances photon-number detection capabilities, achieving remarkable precision critical for quantum applications.
Exploring the Nobel Prize 2026: Optogenetics and Its Transformative Role in Neuroscience
The 2026 Nobel Prize highlights the pivotal advancements in optogenetics, shaping our understanding of brain functions and mental health.
Celebrating the 2026 Nobel Prize in Medicine: Advancements in Optogenetics and Brain Function Research
The 2026 Nobel Prize in Medicine honors Deisseroth, Hegemann, and Nagel for their pivotal optogenetics research, transforming neuroscience and brain function understanding.
Xanadu and GlobalFoundries Forge Alliance for Quantum Chip Manufacturing
Xanadu partners with GlobalFoundries to mass-produce components crucial for quantum computing, marking a significant step toward scaling technology.
NEDO Partners with QUDORA and Kyocera on Advanced Quantum Chip Cooling Research
QUDORA Japan, with NEDO and Kyocera, is embarking on a project to advance cryogenic quantum chip packaging, pushing the boundaries of quantum computing.
New Quantum Imaging Technique Merges Light and Sound for Unprecedented Material Analysis
A novel imaging method harnesses hybrid entanglement between light and sound waves, enhancing material analysis and cross-scale observation techniques.
Enhancements in Diamond NV-Center Readout Achieve Significant Efficiency Gains
Recent advancements in light extraction from diamond NV-centers have achieved a 63% increase in signal reading efficiency and reduced detection power requirements.
The Dark Side of the "Health Freedom" Movement: Examining Authoritarianism and Public Health Risks
The "health freedom" movement's leaders often threaten public health, prioritizing political agendas over individual rights and safety, risking vulnerable populations.
Planqc Secures European Award for Pioneering Quantum Computing in Germany
Planqc's recent Made in Europe Award highlights its commitment to developing a sovereign quantum computing industry, fostering local innovation.
SemiQon Sets Ambitious Target of Trillion Gate Operations, Aligning with UK Quantum Strategy
SemiQon aims to achieve a trillion gate operations in quantum computation, echoing the UK's national quantum strategy and emphasizing scalable qubit performance.
Excitement Builds for the 2027 Centenary Women's Boat Race
2027 marks a century since the first Women's Boat Race, featuring new trophies and a reversed race order to honor this historic milestone.
Quantum Sensors Enhanced by Signal-Driven Algorithms Demonstrate New Sensing Techniques
Recent research showcases how quantum computation can improve signal detection in sensors, leveraging more than 128 photon states for enhanced measurements.
The CDC Crisis: Workforce Cuts Jeopardize Public Health Efficiency
The CDC faces a significant crisis as workforce cuts threaten its operational capacity and public health initiatives, raising concerns for future effectiveness.
The CDC's Declining Capabilities: A Public Health Crisis Unfolds
The CDC faces a severe decline in operational capacity, with a 30% workforce reduction and key leadership losses undermining its effectiveness.
Winners of BBC Short Story Awards: Cherise Saywell and Eloise Barrett Recognized for Compelling Narratives
Cherise Saywell and Eloise Barrett took home top honors at the BBC Short Story Awards, showcasing powerful storytelling on complex themes.
Exploring Multifaceted Design Challenges at Harvard's Graduate School of Design
Harvard's Graduate School of Design engages students with real-world design challenges, highlighting diverse projects that reflect complex urban issues.
Alpine Quantum Technologies Joins European Consortium for Advanced Quantum Computing
Alpine Quantum Technologies is now part of a €122 million effort to develop a 1,000-qubit fault-tolerant quantum computer in Germany.
Xanadu and Bluefors Redefine Cryogenic Infrastructure for Next-Gen Quantum Data Centers
Xanadu and Bluefors team up to create compact cryogenic modules aimed at transforming quantum computing infrastructure and enhancing scalability.