Researchers demonstrate noise-free optical communication using structured light, revolutionizing encoding alphabet for high-bit-rate transmission.
Latest Stories
-
-
DementiaDietHypertensionMedicinePublic HealthSciTech News
A Pinch Too Much: How Salt Consumption May Influence Your Cognitive Health
Discover how excessive salt intake impacts cognitive health. Learn about the interaction between salt, hypertension, and …
-
Aalto UniversityALMAAstronomyAstrophysicsBlack HoleSciTech NewsSpace
Unprecedented Image of Black Hole’s Powerful Jet and Shadow Captured by Astronomers
Unprecedented black hole imaging reveals powerful jet and shadow, providing insights into accretion flow and enhancing …
-
AntarcticaBritish Antarctic SurveyClimate ChangeGeophysicsGlacierSciTech NewsSwansea University
Scientists Have Mapped the Ground Beneath Antarctica’s Most Vulnerable Glacier for the First Time
Unveiling the subglacial geology of Antarctica’s vulnerable glacier, providing crucial insights into its susceptibility to climate …
-
AstronautInternational Space StationNASASciTech NewsSpace
Power Leap: NASA Spacewalkers Successfully Install New Solar Array on ISS
NASA astronauts successfully install new solar array on ISS, boosting power generation by 30% and paving …
-
ArchitectureEntomologyFrontiersSciTech News
Scientists Reveal the Secret to Creating “Living and Breathing” Buildings That Use Less Energy
Discover how termite mounds inspire energy-efficient buildings with optimized interior climates, reducing the need for excessive …
-
Aarhus UniversityBrainMedicineNeuroscienceParkinson's DiseaseSciTech NewsSynapses
A New Twist in Brain Science: A Proteasome Particle’s Unforeseen Function in Synapses
Discover the unexpected role of proteasome particles in synapses, regulating key proteins and enabling synaptic adaptation. …
-
Chronic PainMedicineNeuroscienceObesityOsteoporosisPharmaceuticalsSciTech NewsUniversity Of Tokyo
New Way To Develop Drugs Without Side Effects – To Treat Obesity, Pain, Osteoporosis, and Neurological Disorders
Discover a groundbreaking approach in drug development that activates G-protein coupled receptors from inside cells, reducing …
