A new species of ancient primate has been discovered in what is now China, and it’s shaking up our understanding of primate evolution. The fossilized remains, belonging to an animal that lived roughly 55 million years ago, resemble those of a modern-day lemur. This new species has been named Archicebus achilles, and it is the oldest known primate with a well-preserved skeleton. This incredible discovery is giving us a glimpse into the earliest stages of primate evolution; a time when a wide variety of species were emerging and beginning to diversify.

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Nanotechnology has been a rapidly growing field of research in the past few decades, and now scientists are paving the way for a new class of nanoscale devices that could open up a world of new opportunities. In a new study, researchers from the University of California, San Diego, have developed a technique to create semiconducting nanowires that are only a few atoms thick. These ultra-thin nanowires could be used in a wide range of applications, from solar cells to ultra-high-resolution imaging and more.

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The orca Lolita, one of the last remaining members of the Southern Resident Killer Whale population, is finally returning home. After over 50 years of captivity in the Miami Seaquarium, Lolita has been granted a chance to return to her home waters in the Pacific Northwest. This is a momentous occasion for the Southern Resident Killer Whale population, as Lolita is the only remaining survivor of the original capture that took place in 1970.

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Researchers at the University of Arkansas have developed a revolutionary and cost-effective solution to the problem of poultry litter: photocatalytic titanate. This new technology uses the abundant titanium dioxide found in poultry litter to create a photocatalytic material that can be used to break down and purify the litter. This photocatalytic process is more efficient and cost-effective than traditional methods, making it a great solution for poultry producers. The researchers found that the photocatalytic titanate was able to reduce the amount of dangerous toxins present in poultry litter by up to 90 percent, making it a highly effective method for cleaning the waste.

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Scientists have developed a new technique for 3D printing metals at the nanoscale, allowing for unprecedented control over the shape of individual metal particles. The researchers used the 3D printing technique to produce particles with shapes never seen before and showed that the particles could be used to create materials with enhanced properties. The findings, reported in the journal Advanced Materials, could have a wide range of applications, from electronics to biomedical to energy storage.

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Scientists have recently made a groundbreaking discovery in the field of therapeutic treatments - they have successfully developed a way to disrupt core metabolic cells, which hold the potential to revolutionize the way we treat cancer and other serious illnesses. In a study published recently, researchers found that by blocking the metabolic pathways of cancer cells, they could effectively inhibit their growth and development. This groundbreaking discovery opens up a whole new range of possibilities for treating cancer and other conditions in the future.

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We all know that sewage is a major source of pollution that can be found in rivers. But did you know that it’s actually worse than agricultural runoff? A new study published in the journal Environmental Pollution has found that sewage is the most significant source of pollution to rivers in the U.S., having a greater impact than agricultural runoff, which was previously thought to be the major contributor. The study looked at data from the EPA’s 2006 National Rivers and Streams Assessment, which found that the concentrations of pollutants from sewage were consistently higher than those from agriculture.

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Nanopore technology has recently been developed to revolutionize the way that RNA is sequenced. This technology is significantly faster and more accurate than other methods, making it a game-changer for the field of genomics. With nanopore technology, scientists can now sequence mRNA in a fraction of the time it would normally take. Not only that, but the quality of the data produced is greatly improved, allowing researchers to gain a much clearer understanding of the genetic information they are studying.

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Science communication is a skill that is becoming increasingly important in today’s world. As the world becomes more complex and new breakthroughs in science and technology are made, it is vital for scientists and researchers to be able to effectively communicate their findings and ideas to the public. Recently, a new study conducted by researchers from the University of Oregon has shed light on what makes for effective science communication, and the results of this research could be incredibly useful for scientists and educators alike.

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Recently, scientists have made a major breakthrough in understanding how cells “position” proteins to the correct spot in a cell. This discovery, made by a team of researchers led by Dr. Joanna Wysocka of the Stanford University School of Medicine, could pave the way for new treatments for diseases like cancer and Alzheimer’s. The team’s research focused on a family of proteins called “Tango” proteins which are found in many different types of cells.

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Today, the UK is one step closer to rejoining the Horizon Funding Scheme, a European Union research and innovation program. The program was established in 2014 to fund research projects that will help Europe become a global leader in science and technology. The UK’s decision to rejoin the program is an exciting development that could have positive implications for the future of research and innovation in the country. This move could open up new opportunities for UK researchers to collaborate with their European counterparts and have access to funding that would otherwise not be available.

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A fossilized spider, believed to be over 100 million years old, has recently been discovered in amber, providing a unique glimpse into the ancient past. This incredible find is not only remarkable for its age, but also for its incredible journey, which has taken it from the depths of the prehistoric world to the present day. Scientists have been able to determine that this spider is related to modern day spiders, which makes it even more remarkable.

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Scientists have recently discovered an unexpected source of information about the rarest of physics processes: cables. These cables, made of copper, contain a wealth of information about the very weak interactions that take place between particles, previously undetectable by conventional means. The findings, published in Nature Physics, could help scientists understand the fundamental laws of nature. Researchers have found that copper cables, usually used for electricity transmission, can act as a sensitive detector for rare physics processes.

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A new imaging technique developed by scientists at the University of Cambridge has revealed unprecedented details about the way viruses move. This technique has allowed researchers to gain insights into the movement of viruses, such as how they interact with their environment and other particles. This could have important implications for developing new antiviral drugs and treatments. The imaging technique uses a combination of high-energy X-ray beams and powerful computers to create 3D images of viruses at an incredibly small scale.

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In the last few years, scientists and policy makers have been increasingly concerned about the dangers of climate change. With the world’s population continuing to grow, the effects of global warming are becoming more and more pronounced. To address these impending dangers, scientists and policymakers are collaborating on conversations to discuss ways to mitigate the damage caused by climate change. These conversations are exploring a range of options, from finding new sources of renewable energy to reducing our reliance on fossil fuels.

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A new material developed by researchers at the Institute of Materials Science and Technology could revolutionize the way we use windows. This material allows users to tune a window to block out different amounts of light and heat depending on the season and the time of day. This means that in the winter, you could block out the cold while still letting in the natural light, and in the summer, you could keep the heat out while still letting in the breeze.

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Today scientists announced the development of a new gene-editing tool that promises greater precision and efficacy than ever before. This breakthrough has the potential to revolutionize gene-editing techniques, allowing for increased accuracy and control in genetic manipulation. The new tool, known as CRISPR-X, utilizes a new set of proteins that are able to make precise cuts in the target DNA sequence. This ability to make precise cuts helps to minimize the risk of unintended genetic changes, making the process far more precise than other existing gene editing techniques.

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Nanotechnology has been a hot topic in the scientific world for many years now. Recently, a new development has emerged that has the potential to revolutionize the industry – the development of nanocapsules. Nanocapsules are tiny capsules, typically made up of a few nanometers in size, that are designed to carry out specific tasks. They have the potential to revolutionize the way we scale up nanotechnology, enabling us to create devices and materials on a much smaller scale than ever before.

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Hidden in the depths of the ocean is a previously unknown source of carbon dioxide, according to a new study. Scientists from the United Kingdom and the United States have discovered that some deep-sea sediments can absorb and store carbon dioxide, which could play an important role in climate change. The findings suggest that this newly discovered source of carbon dioxide could help to reduce the amount of CO2 released into the atmosphere.

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A team of researchers in France has recently made a groundbreaking discovery in understanding the behavior of azonium compounds. These compounds are made up of molecules that contain nitrogen atoms and a positively charged nitrogen atom, which is known as an azonium. By using a combination of theoretical calculations and experiments, the researchers were able to analyze the behavior of these azonium compounds in detail. They found that the azonium compounds exhibited a variety of behaviors, such as forming a polymer chain, clustering together, and even forming hydrogen bonds.

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Researchers at the University of California, San Diego have made a major breakthrough in understanding how body odor works and how it can provide insight into our health. According to their findings, our body odor is unique and can reveal crucial information about our health. By measuring the levels of certain metabolites in our sweat, researchers can gain a better understanding of our individual metabolic processes and alert us to potential problems.

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Researchers at the University of California San Diego have developed a new 3D porous aromatic framework (PAF) derived from triger base that has promising applications in the fields of gas storage and separation. This new material, dubbed TBU-PAF, utilizes a low-cost, highly abundant building block to create a unique and versatile material that can be tailored to specific applications. The research team was able to demonstrate the ability of TBU-PAF to store and separate gases, making it a potentially valuable tool for a variety of industrial and research applications.

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Scientists have recently discovered a new way to manipulate bacteria using genetic magnetization. This process involves the introduction of a genetic material that causes the bacteria to become magnetic, allowing them to be manipulated in ways that were previously impossible. This breakthrough has the potential to revolutionize the way we use bacteria in medical, industrial, and environmental applications. By using magnetic fields, bacteria can be guided to specific areas and used to perform tasks such as cleaning up contaminated water, detecting diseases, and producing useful chemicals.

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Scientists have recently discovered a new type of structure in space that could hold the key to finding alien civilizations. These structures, known as “Dyson Spheres,” are large, artificial shells that encircle a star to capture its energy. In a paper published in The Astrophysical Journal, scientists have theorized that these large structures could actually be made up of many smaller, hot Dyson Spheres. This new discovery could provide a new way of finding alien life in our universe.

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We are thrilled to announce a major breakthrough in nanotechnology: the development of an ultrathin membrane that can separate hydrogen and nitrogen! This discovery is a huge step forward in the quest to harness the power of hydrogen-based energy sources. This membrane is only one nanometer thick and is made up of hexagonal boron nitride nanosheets, which are layered in a honeycomb-like structure. This configuration allows the membrane to selectively filter out hydrogen and nitrogen molecules, allowing them to be easily separated.

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