List of All Articles with Tag 'tec'

India has successfully landed on the Moon – for less than the cost of the film Interstellar. The Indian space agency announced on Wednesday that it had completed a “soft landing” on the lunar surface, near its southern pole. It becomes the first ever to land there, and just the fourth country to successfully send a mission to the Moon at all. And it did so on a very restrictive budget. The Chandrayaan-3 cost was sent to the Moon at a cost of about 6.15 billion rupees, or $75 million, according to Reuters. That is less than the cost of most blockbuster space films. Gravity cost $100 million, The Martian cost $108 million – and it was less than half the cost of Interstellar, which was filmed on a budget of $165 million. It even costs less than some houses. The UK’s most expensive house, for instance, went on sale at £200 million, or nearly three-and-a-half missions to the Moon. The budget is even less than India allocated to Chandrayaan-2, the previous attempt to land on the Moon in 2019, which ended in failure when the lander crashed. That cost around 8 billion rupees, or about 30 per cent more than the latest successful mission, though engineers have made clear that many of the learnings from that earlier launch had been integrated into the latest one. India has looked to build a reputation for cost-effective but still successful missions to space. It comes as the country encourages investment in the private space industry and businesses focused on satellites. The price of the whole Indian mission is similar to that charged by SpaceX for one Falcon 9 launch. That is charged at $67 million, according to its website. Read More AI can detect Parkinson’s up to seven years before symptoms appear, study finds Justin Trudeau slams Facebook for blocking news stories about wildfires

Scientists have just uncovered billions of years’ worth of secrets buried beneath the surface of the moon. Our celestial companion has been a source of awe and mystery since time immemorial, but now, thanks to China’s space programme, we’re starting to piece together its past. In 2018, the Chang’e-4 lander, of the Chinese National Space Administration (CNSA), became the first spacecraft ever to land on the far side (or the dark side, if you'd prefer) of the moon. Since then, it has been capturing incredible images of impact craters and extracting mineral samples, offering a long-sought insight into the structures that make up the top 1,000 feet of the moon’s surface. Earlier this month, the Chang’e-4’s findings were finally published, and the world was invited to delve deep into the history of our cherished natural satellite. The results, published in the Journal of Geophysical Research: Planets, reveal that the top 130 feet (40m) of the lunar surface are made up of multiple layers of dust, soil, and broken rocks. Hidden within these layers is a crater, which formed when a large object slammed into the moon, according to Jianqing Feng, an astrogeological researcher at the Planetary Science Institute in Tucson, Arizona, who co-led the pioneering analysis. Beneath this, Feng and his colleagues discovered five distinct layers of lunar lava that spread across the landscape billions of years ago. Experts believe that our moon formed 4.51 billion years ago, when a Mars-size object crashed into Earth and broke off a chunk of our planet, as Live Science notes. Over the following 200 million years or so, the moon continued to be pummelled by space debris, with numerous impacts leaving cracks in its surface. Just like on Earth, the moon’s mantle contained pockets of molten magma, which infiltrated the newly formed cracks thanks to a series of volcanic eruptions, Feng explained. However, the new data provided by Chang’e-4 showed that the closer the volcanic rock was to the moon’s surface, the thinner it got. "[The moon] was slowly cooling down and running out of steam in its later volcanic stage," Feng said. "Its energy became weak over time." It is understood that volcanic activity on the moon died out between a billion and 100 million years ago, which means it is largely considered “geologically dead”. However, Feng and his co-authors have suggested there could still be magma buried deep beneath the lunar surface. Chang’e-4 still has much work to do, and Feng and his team hope this is just the beginning of their literally ground-breaking mapping of the moon. Sign up for our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

Israeli police accused businessman Moshe Hogeg and his partners of defrauding investors of $290 million in a cryptocurrency

This is the moment India made its historic first landing on the moon's south pole, just days after Russia's attempt ended in a crash. India's attempt to land its Chandrayaan-2 mission near the south pole in 2019 was unsuccessful, but the Chandrayaan-3 mission went off without a hitch. The lander, known as Vikram, touched down at 13:34 BST. It's thought no attempts have been successful so far because of its rocky landscape, making it difficult to find somewhere to land safely. Sign up to our new free Indy100 weekly newsletter

Plants make sounds when they’re distressed and humans are only hearing them now for the first time, scientists have found. New research has discovered that sounds are used by plants to communicate with their ecosystems – and they could be studied and used to improve growing conditions for plants in the future. Itzhak Khait of Tel Aviv University led the research, which involved studying tobacco and tomato plants. As the findings showed, the plants made high-frequency noise which could be detected five metres away. The study was published in the journal Cell, and the results “can alter the way we think about the plant kingdom, which has been considered to be almost silent until now”. Not only that, but by studying the sounds emitted by the plants experts could tell whether they were in need of water or suffering from cuts. Lilach Hadany, an evolutionary biologist at Tel Aviv University, told Vice: “We started this project from the evolutionary question: why are plants mute? It appears that plants could have a lot to benefit from acoustic communication.” “We were particularly happy that the sounds turned out to be informative – containing information on the type of the plant and the type of the stress.” The findings could change the way plants are grown and communicate with their environments in future, given that we now know information can be conveyed via the sounds. Hadany went on to say: “What we do know is that there are sounds in the air, and they contain information. “Thus, natural selection may be acting on other organisms (animals and plants) to whom the sounds are relevant, to be able to hear the sounds and interpret them. That includes animals that can hear the sounds and can use the information to choose a food source or a laying site, or potentially plants that can prepare for the stress.” The team said in the study: “Plant sound emissions could offer a way for monitoring crops water and possibly disease states—questions of crucial importance in agriculture. “In times when more and more areas are exposed to drought due to climate change, efficient water use becomes even more critical, for both food security and ecology.” Sign up for our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

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Scientists have developed eye scans that use artificial intelligence to detect markers of Parkinson’s disease seven years before symptoms appear, making it the first time the condition can be detected several years before diagnosis. Parkinson disease’s is a deteriorating neurological condition characterised by a reduction of dopamine. The research, published on Tuesday in the journal Neurology, used two large sets of health data – the AlzEye dataset and the UK Biobank database – to identify these subtle markers, even though Parkinson’s disease has a relatively low prevalence among this population. The AlzEye dataset was formed from the world’s largest database of retinal images and associated clinical data. Post-mortem examination of Parkinson’s patients has found differences in the retina’s inner nuclear layer (INL). Previous studies have shown eye-scan data can reveal signs of other deterioration of neurological conditions like Alzheimer’s, multiple sclerosis and schizophrenia. The studies are part of an emerging field of research called “oculomics”. Eye scan data has also been shown to reveal people’s propensity to high blood pressure, heart disease, stroke and diabetes. Doctors have historically conducted physical eye tests, believing the organ can act as a “window” to the rest of the body, and provide direct insight into many aspects of human health. With high-resolution images of the retina now a routine part of eye care, scientists said the data from these scans can be put to better analysis to gain better insights on patient health. In particular, a type of 3D scan known as optical coherence tomography (OCT) is widely used in eye clinics and by high-street opticians. These scans can produce a cross-section of the retina – the screen of nerves at the back of the eye – in incredible detail down to a thousandth of a millimetre. Images of the retina can be extremely useful for monitoring eye health. But researchers said their value can become much more as a retinal scan is the only non-intrusive way to view layers of cells below the skin’s surface. They found in the new study that a reduced thickness of these cell layers was associated with an increased risk of developing Parkinson’s disease. Scientists have also started using powerful computers and AI technology to accurately analyse large numbers of OCTs and other eye images, in a fraction of the time it would take a human. “While we are not yet ready to predict whether an individual will develop Parkinson’s, we hope that this method could soon become a pre-screening tool for people at risk of disease,” study co-author Siegfried Wagner from the University College London said. “Finding signs of a number of diseases before symptoms emerge means that, in the future, people could have the time to make lifestyle changes to prevent some conditions arising, and clinicians could delay the onset and impact of life-changing neurodegenerative disorders,” Dr Wagner said. Researchers said the OCT method used in the study is also non-invasive of lower cost, more scalable and quicker than brain scans for this purpose. Read More Study could lead to injections that replicate brain benefits of exercise Dementia breakthrough as drug treatment comes one step closer Parkinson’s therapy could be used to tackle alcohol abuse Justin Trudeau slams Facebook for blocking news stories about wildfires Microsoft makes big changes to takeover of Activision Blizzard Meta could finally launch Threads feature everyone is waiting for

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