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Astronomers Discover Carbon Molecule in Interstellar Space
Astronomers have identified a new organic molecule, 1-cyanopyrene in interstellar space. This finding provides insights into how carbon-rich compounds form and survive in these regions. Carbon is crucial for life on Earth and its presence in space has been a key area of research. Scientists believed that carbon-rich stars released small carbon molecules that could…
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For sale: One Boeing space program, says report
Boeing’s Starliner was plagued by malfunctions during its first crewed test flight this year. Credit: NASA The Wall Street Journal reported on Friday that Boeing is getting out of the space business — or trying to. Part of a wider move to trim and improve business holdings and operations, the company is looking to offload…
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First-ever photo of Milky Way’s black hole not accurate, scientists claim
A trio of Japanese astronomers has challenged the accuracy of the first-ever image showing the supermassive black hole that lies at the heart of our galaxy. If confirmed, the findings of the researchers from the National Astronomical Observatory of Japan (NAOJ), published in the Monthly Notices of the Royal Astronomical Society, would indicate that the…
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Astronomers Identify New Organic Molecule in Interstellar Space
Astronomers Identify New Organic Molecule in Interstellar Space by Clarence Oxford Los Angeles CA (SPX) Oct 28, 2024 The element carbon, foundational to life on Earth and potentially elsewhere, is known to exist in vast quantities across space. However, locating substantial amounts of carbon in interstellar regions has proven unexpectedly challenging. A recent discovery, involving…
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First Images of the Sun’s Flares Released From a New Space Telescope
Forecasters will soon be able to use the instrument, a coronagraph, to better monitor the effects of solar storms. Before the northern lights fill the night sky on Earth with their eerie neon glow, a blast of electrified gas flares up from the sun’s surface. And scientists are now getting a powerful new view of…
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Coronagraph | Solar Imaging, Space Exploration & Astronomy
coronagraph, telescope that blocks the light of a star inside the instrument so that objects close to the star can be observed. It was invented in 1930 by the French astronomer Bernard Lyot and was used to observe the Sun’s corona and prominences. When a coronagraph is used to observe the Sun, a round metal…
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Astronomers discovered a new, complex molecule in the depths of interstellar space
Polycyclic aromatic hydrocarbons (PAHs) are organic molecules of connected aromatic rings. While infrared emission bands indicate that PAHs are plentiful in space, only a few specific PAHs have been found in the interstellar medium. An asteroid has led researchers to uncover the most significant molecule ever detected by radioastronomy and the third-largest identified in space.…
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Astronomers Discover Complex Carbon Molecules In Space – Clues To Life’s Origins
The Challenge of Detecting Pyrene and the Use of ‘Tracer’ Molecules Directly identifying PAHs like pyrene in space is incredibly difficult due to their weak radio signals. Pyrene itself is essentially “invisible” to radio telescopes, which limits scientists’ ability to detect it through traditional methods. To overcome this, the researchers used a related compound, 1-cyanopyrene,…
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Young innovators stand out at Katara Astronomy Exhibition
The Katara Astronomy Exhibition opened yesterday at Katara – the Cultural Village’s Al Thuraya Planetarium, showcasing scientific models created by students from various schools and universities in Qatar.Titled “Innovations and Science – Shaping the Future from Idea to Creativity”, the event forms part of the Katara Space Science Programme and is organised in collaboration with…
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Astronomers Discover Complex Carbon Molecules in Interstellar Space
A team led by researchers at MIT in the United States has discovered large molecules containing carbon in a distant interstellar cloud of gas and dust. This is exciting for those of us who keep lists of known interstellar molecules in the hope that we might work out how life arose in the Universe. But…
