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A new spintronic phenomenon: Chiral-spin rotation found in non-collinear antiferromagnet
Researchers from Tohoku University and the Japan Atomic Energy Agency have discovered a new spintronic phenomenon: a persistent rotation of chiral-spin structure. The development paves the way for further application in oscillators, random number generators, and nonvolatile memory.
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Missing role of finance in climate mitigation scenarios
Researchers at the University of Zurich show how climate mitigation scenarios can be improved by taking into account that the financial system can play both an enabling or a hampering role on the path to a sustainable economic system.
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Who's in this ocean? Tracking down species on the go using environmental DNA
A group of researchers carried out eDNA sequencing on jelly fish in the Florida Keys using a newly developed Fieldable eDNA sequencing kit to identify species that may be endangered, invasive or dangerous.
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New method of seeing graphene growing using a standard electron microscope
Researchers from the University of Surrey have revealed a new method that enables common laboratory scanning electron microscopes to see graphene growing over a microchip surface in real time.
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Russian wildfires and tropospheric ozone pollution over Northern Tibetan Plateau
A study by the CAS Institute of Atmospheric Physics found that the deep stratospheric intrusion and Russian wildfire induce enhanced tropospheric ozone pollution over the northern Tibetan Plateau.
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Finding the first flower from Northwest China
A new eudicot, Gansufructus saligna gen. et sp. nov. is reported from the late Early Cretaceous of Gansu, Northwest China, based on numerous exceptionally well-preserved axes with leaves and infructescences. It is the earliest and unique record of early angiosperms in Northwest China. Morphological studies indicated that Gansufructus saligna is a terrestrial herb growing in lowland humid areas. The new discovery is significant for exploring the origin, evolution, diversity, and habitat preferences of early eudicots.
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Nanoparticles: The complex rhythm of chemistry
In order to understand catalysts, we have to understand how chemical reactions evolve on nanoparticles. Different facets of the particles can have different properties, leading to intriguing "chemical waves". Scientists from TU Wien have now been able to image this for the first time.
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New mechanism to control tomato ripening discovered
Researchers from the Institute of Molecular and Cellular Biology of Plants (IBMCP, UPV-CSIC) participate in a study that reveals that a system involved in the ageing of the leaves of the tomato plant also regulates the ripening of its fruit.
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China's PM2.5 pathways under carbon neutrality goals
Zhang, Q and colleagues assessed China's PM2.5 air quality pathways during 2015-2060 in the context of carbon neutrality goals. Their findings suggest that reducing PM2.5 exposure of the majority Chinese population to the WHO guideline (10ug/m3 for annual mean) will require ambitious low-carbon transition in energy system, highlighting the critical role of carbon neutrality goals in long-term air quality improvement in China.
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Integrated cyber attack analysis platform "NIRVANA Kai" supports IPv6
The Cybersecurity Laboratory of the National Institute of Information and Communications Technology (NICT) has enhanced its cyber attack integrated analysis platform "NIRVANA Kai" to support the Internet Protocol version 6 (IPv6), the successor to IPv4. NIRVANA Kai has succeeded in real-time visualization of packets flowing in the vast address space of IPv6 for the first time in the world. It is expected to be useful for security measures for more diverse and extensive networks.
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Telling up from down: How marine flatworms learn to sense gravity
All life forms are endowed with the ability to sense gravity. However, the mechanism is not well-understood in acoels, a group of marine flatworms that represent a primitive invertebrate (without backbone) lifeform. In a new study, zoologists from Okayama University suggest necessary conditions for this ability to develop in hatchlings of an acoel species native to Okayama sea coasts, opening doors to understanding evolution better and pathology treatment applications in humans.
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A tripartite-chromosome E. coli strain allows the chromosome isolation and implantation
A group of Japanese researchers has succeeded in splitting the E. coli chromosome into three of 1 million base pairs. The 1 million base pairs chromosome can be used for E. coli transformation. This E. coli-based technology has the potential to greatly advance synthetic genomics.
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A novel defense mechanism for SARS-CoV-2 discovered
Scientists from Hokkaido University have discovered a novel defensive response to SARS-CoV-2 that involves the viral pattern recognition receptor RIG-I. Upregulating expression of this protein could strengthen the immune response in COPD patients.
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In utero exposure to tiny air pollution particles is linked to asthma in preschoolers
Women who were highly exposed to ultra-fine particles in air pollution during their pregnancy were more likely to have children who developed asthma, according to a study published in the American Journal of Respiratory and Critical Care Medicine in May. This is the first time asthma has been linked with prenatal exposure to this type of air pollution, which is named for its tiny size and which is not regulated or routinely monitored in the United States.
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Green light on gold atoms
Scientists at EPFL discover that laser-driven rearrangement of just a few gold atoms inside nanoscale antennas can be observed by the naked eye.
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New nondestructive broadband imager is the next step towards advanced technology
Scientists at Tokyo Institute of Technology (Tokyo Tech) have designed a versatile sensing platform with a compact source-camera module that enables 3D feature extraction of curved objects at multiple frequencies ranging from terahertz to infrared light. In their paper, they demonstrate rapid, omnidirectional photo-monitoring performance after integrating their platform to a robot-assisted movable arm, offering a way to realize an Internet of Things system of sensor network.
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Biodiversity devastation: Human-driven decline requires millions of years of recovery
A new study shows that the current rate of biodiversity decline in freshwater ecosystems outcompetes that at the end-Cretaceous extinction that killed the dinosaurs: damage now being done in decades to centuries may take millions of years to undo.
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Pu particles from nuclear testing more complex than previously thought
More than 100 kg of highly toxic uranium (U) and plutonium (Pu) was dispersed in the form of tiny 'hot' radioactive particles after the British detonated nine atomic bombs in remote areas of South Australia, including Maralinga.
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Scientists discover gene signature for plaque-eating microglia in Alzheimer's Disease
Single-cell gene studies are clarifying the roles of the brain's specialised immune cell in Alzheimer's disease and offer new avenues for treatment of this incurable condition.
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First-of-its-kind flower smells like dead insects to imprison 'coffin flies'
Plant researchers found that the herb Aristolochia microstoma from Greece has evolved a novel strategy, unknown in any other plant species, to attract pollinating Megaselia 'coffin flies' to its trap flowers: it produces a unique mix of volatiles that resembles the smell of dead and decomposing insects. The new study is published by the open access publisher Frontiers.
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