Breaking 16:50 Bitcoin falls below $70,000 after strong US inflation data 16:20 Bitcoin drop below $45,000 seen as coin faces market uncertainty 15:50 US intensifies strikes on Iran with no timeline for war end 15:45 Lilly drug retatrutide shows strong results in diabetes trial 13:50 Anti discrimination laws vary widely across countries and legal systems 13:36 Dollar index rises above 100 as Iran conflict fuels safe haven demand 13:17 Japan rejects us report on takaichi’s taiwan remarks ahead of trump summit 13:10 Cybercrime laws and digital asset rules shape global cybersecurity efforts 13:02 Long covid linked to lasting heart and lung damage 12:56 Plant based diets linked to lower risk of major chronic diseases 12:51 Medical cannabis legalization shows mixed public health and safety outcomes 12:46 Chronic stress linked to long term health risks across body systems 12:40 Political and economic research in 2025 focuses on resilience and sustainability 12:35 Finance research in 2025 driven by ai adoption and sustainability trends 12:34 Health research in 2025 advances personalized care and digital monitoring 12:31 Arts and humanities research in 2025 shaped by digital innovation 12:27 China urges caution from the US over Taiwan, calls it an internal matter 12:20 Tesla patents focus on solar roof tiles and integrated energy systems 10:20 Tech giants and startups dominate quantum computing patent race since 2020 09:20 Global markets fall sharply as Fed stance and tensions weigh 08:20 Russian oil tankers rerouted from China to India after US sanctions waiver 07:20 Bank of Japan holds rates as oil shock raises inflation risks 07:00 Global energy crisis from Iran war drives shift to renewables


Yale researchers identify circular RNA that boosts HIV replication

Scientists at Yale University have discovered that HIV produces a circular RNA molecule that helps the virus activate its genes and replicate more efficiently. The finding reveals a previously unknown layer of HIV biology and could open new avenues for antiviral therapies. The study, published on March......

Mathematicians overturn 150 year geometry rule using torus surfaces

A team of mathematicians has demonstrated that a long-standing principle in differential geometry proposed more than 150 years ago is not universally valid. By constructing two distinct torus-shaped surfaces that share identical geometric measurements and curvature properties, the researchers showed......

Stanford study finds aging occurs in bursts rather than gradual decline

Researchers at Stanford University have found that aging may unfold through sudden transitions rather than a steady, gradual decline. The findings come from an experiment that tracked nearly every movement of small fish throughout their lives and showed that early behavioral patterns can predict how......

Scientists uncover 300 million year old DNA code hidden in plant genomes

An international team of scientists has identified about 2.3 million ancestral DNA sequences that function as hidden genetic instructions across the plant kingdom. Some of these regulatory elements have remained conserved for nearly 300 million years of evolution. The findings, published March 12 in......

Astronomers directly observe birth of a magnetar for the first time

Astronomers have reported several discoveries that deepen scientific understanding of some of the most extreme events in the universe, including the direct observation of a magnetar forming and new insights into how compact stellar remnants collide. For the first time, researchers have directly observed......

ISS deorbit scheduled to begin in 2028 before planned 2030 ocean descent

The International Space Station will begin a gradual descent from orbit in 2028 before making a controlled plunge into the ocean in 2030, according to Roscosmos chief Dmitry Bakanov. The timeline confirms plans long discussed between Russia and NASA as the two agencies prepare to retire the aging orbital......

MOTHRA telescope in Chile aims to reveal faint cosmic web structures

A new astronomical instrument under construction in the mountains of Chile is set to become the largest lens based telescope array ever built. Known as MOTHRA, the Modular Optical Telephoto Hyperspectral Robotic Array will combine 1,140 Canon telephoto lenses to observe extremely faint structures in......

Artificial intelligence tools accelerate drug and protein research breakthroughs

A new generation of artificial intelligence tools is transforming biomedical research, enabling scientists to analyze genetic regulation, decode protein structures, and design drug compounds in a fraction of the time previously required. Recent studies show that machine learning systems can compress......

Startup unveils first full brain emulation controlling a simulated body

Eon Systems, a startup based in San Francisco, has introduced what it describes as the first full brain emulation of a fruit fly controlling a physically simulated body, producing several natural behaviors without machine learning training. The announcement, made on March 6, marks a significant step......

Interstellar comet 3I/ATLAS found rich in methanol, ALMA observations show

Astronomers using the Atacama Large Millimeter Submillimeter Array have detected unusually high levels of methanol in the interstellar comet 3I/ATLAS, revealing a chemical composition rarely seen in comets formed within our solar system. The findings, reported by the National Radio Astronomy Observatory......

Nasa dart impact changed asteroid orbit around the sun, study finds

When NASA deliberately crashed a spacecraft into the asteroid moon Dimorphos in 2022, scientists quickly confirmed the collision shortened its orbit around its larger companion, Didymos. A new study now shows the impact also altered the path of the entire asteroid pair around the Sun, marking the first......

Physicists create first computer model of long theorized ideal glass

Physicists at the University of Oregon have produced the first computer model of an “ideal glass,” a theoretical form of matter in which molecules are packed as tightly and stably as possible while still maintaining the disordered structure typical of glass. The achievement, reported in Physical......

New imaging technique reveals microscopic networks behind catalyst reactions

Scientists from the University of Warwick and the Massachusetts Institute of Technology have directly observed how microscopic networks on catalyst surfaces coordinate chemical reactions, challenging long standing assumptions about how catalysts function. The discovery could accelerate the development......

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