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#solar_system
cosmicfocus · 14 days
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Moonset
The Moon holds a special place in our lives, influencing romance and evolution, as well as astronomy.
I love everything astronomical but I think I love the Moon most of all, even if a full Moon does interfere with my observing sessions! It has a special status in our lives. Moonlit nights represent romance to many. We can look at the Moon with pride, knowing that mankind was once there and soon will be again. If we lived elsewhere in the Solar System, we would look at the Earth/Moon system and…
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calleochonewscom · 5 months
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Rare solar system with six planets found dancing in synchrony
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phonemantra-blog · 5 months
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The unexpected discovery has given rise to new theories about the mechanism by which phosphorus is formed without the outbursts of massive stars. The origin of life from “organic soup” is a complex process. This requires many different components assembled in one place and under the right conditions. Although the exact conditions are still a matter of debate, scientists have an idea of ​​what elements of the periodic table are needed. One important component is phosphorus, which was recently discovered on the outskirts of the Milky Way. The presence of this element among others is considered necessary for the formation of basic biochemical molecules. Therefore, the presence of phosphorus determines the boundaries of habitable zones in galaxies. Phosphorus is typically produced by the death of massive stars, making its presence at the outskirts of a galaxy a rare occurrence. However, the recent discovery of phosphorus in this area suggests that other mechanisms for its formation may exist. [caption id="attachment_85298" align="aligncenter" width="780"] Milky Way galaxy[/caption] “Phosphorus is an element that requires a special, catastrophic event to form. According to popular belief, phosphorus is formed as a result of supernova explosions of stars with a mass of at least 20 solar masses. They are the source of strong energetic emissions and a series of nucleosynthesis reactions that form not only phosphorus, but also many other heavy elements,” says astronomer and chemist Lucy Ziouris, who works at Arizona State University and Steward Observatory. This is the generally accepted view, and the discovery of phosphorus far from massive stars or supernova remnants suggests that there are other ways this element can be formed. All the elements we see around us are formed in stars. After the formation of the first atoms of the Universe from the primordial plasma, the atoms were mainly composed of hydrogen and helium, and all other elements appeared after the birth of the first stars. Stars play an important role in the fusion and combination of atoms in their cores, resulting in the formation of heavier elements. On the outskirts of the Milky Way galaxy The formation of elements in a star depends on its mass. Stars are the size of our Sun and are smaller able to support reactions that create light elements such as lithium and beryllium when hydrogen and helium combine. More massive stars can produce heavier elements such as oxygen and nitrogen. However, phosphorus is not produced during such reactions inside the star. Supernova explosions, accompanied by the death of massive stars, are one of the known mechanisms for the origin of phosphorus. Flares eject elements into space, scattering astromaterials into the interstellar medium, where they can be absorbed by new generations of stars, as well as comets and planets. Massive stars can only form in regions where there is enough material to feed them. As you move away from the center of the galaxy, the density of matter decreases - the outskirts of galaxies are usually populated by massive stars. So the presence of phosphorus in a cloud called WB89-621, located about 74,000 light-years from the center of the Milky Way, poses a mystery to astrochemists. “The discovery of phosphorus at the edge of the galaxy raises questions and adds an additional piece to our puzzle. The presence of phosphorus in this area suggests that the process of its formation is more complex and is not limited only to supernova explosions,” explains chemist Liliya Koelemey, collaborating with Arizona State University. There are two main explanations for this phenomenon. One of them is associated with the “galactic fountain” model, which assumes the movement of elements from the inner regions of the galaxy to the outer through supernova explosions, ejecting matter from the galactic disk into the halo and its subsequent cooling and return. However, this explanation is questionable, since observational data on galactic fountains is not yet sufficient. Another explanation involves the possibility of phosphorus being formed in the region around the core of less massive stars by capturing neutrons. Here, silicon isotopes can capture additional neutrons to form phosphorus. The discovery of phosphorus on the outskirts of the Milky Way is an exciting and important study, valuable for understanding the formation of life in the Universe. This element is the last of the NCHOPS - nitrogen, carbon, hydrogen, oxygen, phosphorus and sulfur - essential building blocks for the emergence of life and which define the habitable zones of a galaxy. Previously, astronomers had not paid much attention to the outskirts of galaxies in search of exoplanets with biomarkers, because they believed that regions far from the center of galaxies did not have enough phosphorus. However, this discovery allows us to expand the scope of searches.
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super-mycanond1 · 2 years
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Solar System Search For Extraterrestrial Life (SETI's) Seth Shostak
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mydecorative · 2 years
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Solar Power System For A Family Home
With a solar system, homeowners can not only do something for the environment, but they also make themselves independent of rising electricity prices at the same time. Now that the feed-in tariff has been reduced several times, the focus is increasingly on self-consumption.
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tipshouse · 1 year
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Texas Solar Panels And Whole House Solar Systems
Texas solar panels and solar systems for whole-house energy savings. PV panels, battery backup, inverters and charge controllers.
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horoscopeguidance · 2 months
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JUPITER IN THE SIGNS
#Jupiter, the largest #planet in our #solar_system, is also known as the "benefactor" in #astrology. It's associated with #expansion, optimism, luck, abundance, and growth. The #sign Jupiter occupies in your #birth_chart, also known as your Jupiter sign, reveals how these qualities manifest in your life. Here's a brief overview of how Jupiter's influence unfolds in each zodiac sign:
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ahmedabadsolar · 1 year
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Right Way to Solve More Money For Your Future By Solar Rooftop
☀ 𝑺𝒐𝒍𝒂𝒓 𝑷𝒂𝒏𝒆𝒍 𝑴𝒂𝒌𝒆𝒔 𝑩𝒓𝒊𝒈𝒉𝒕 𝑭𝒖𝒕𝒖𝒓𝒆
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🗸 #Installing #SolarRooftop can help reduce your #electricity_bill and also help our #environment.
🗸 #Residential_Consumers can get 40% 𝑺𝒖𝒃𝒔𝒊𝒅𝒚 on the stipulated #cost of the #Solar_system up to 3 KW and 20% 𝑺𝒖𝒃𝒔𝒊𝒅𝒚 for more than 3KW and up to 10KW #capacity.
✅ Contact "𝗔𝗵𝗺𝗲𝗱𝗮𝗯𝗮𝗱 𝗦𝗼𝗹𝗮𝗿" earlier today to take advantage of competitive #offers and more #information.
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sakeenaali219 · 3 years
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FA222 Supervised by: Dr. Munwar Mukhtar.
Assignment 3:
We were asked to create something and combine it with barcode. In my work, I illustrated a planets in the solar system and making them look like balloons contact them along with the lines in the barcode.
Thank you.
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UNIVERSE SCIENCE
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amanktyr · 4 years
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Follow me. for daily space facts Follow 👉 @_space___lover_ 👉 @_space___lover_ 👉 @_space___lover_ 👉 @_space___lover_ 👉 @_space___lover_ 👉 @_space___lover_ ------------------------------------------------------------------ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ ⁣ 🔖 Tags 🔖⁣ _______ #astronomy #astrophysics #astronomyfacts #physics #physicist #physicsfacts #sciencefacts #scientific #scientist #sciencefact #spacefacts #scientific #spacex #solarsystem #Space #scientists #science #solar_system #cosmos #cosmology #universe #multiverse #theziporg #thezip https://www.instagram.com/p/CCkyAKKH2CI/?igshid=1fsgh5em6ftem
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danlemiel · 4 years
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Ev Cochrane: Did Ancient Man See a Different Sun? | Space News
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iamcharliesaav22 · 5 years
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Blackhole ENGOLPHING a solar system...
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phonemantra-blog · 5 months
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The unexpected discovery has given rise to new theories about the mechanism by which phosphorus is formed without the outbursts of massive stars. The origin of life from “organic soup” is a complex process. This requires many different components assembled in one place and under the right conditions. Although the exact conditions are still a matter of debate, scientists have an idea of ​​what elements of the periodic table are needed. One important component is phosphorus, which was recently discovered on the outskirts of the Milky Way. The presence of this element among others is considered necessary for the formation of basic biochemical molecules. Therefore, the presence of phosphorus determines the boundaries of habitable zones in galaxies. Phosphorus is typically produced by the death of massive stars, making its presence at the outskirts of a galaxy a rare occurrence. However, the recent discovery of phosphorus in this area suggests that other mechanisms for its formation may exist. [caption id="attachment_85298" align="aligncenter" width="780"] Milky Way galaxy[/caption] “Phosphorus is an element that requires a special, catastrophic event to form. According to popular belief, phosphorus is formed as a result of supernova explosions of stars with a mass of at least 20 solar masses. They are the source of strong energetic emissions and a series of nucleosynthesis reactions that form not only phosphorus, but also many other heavy elements,” says astronomer and chemist Lucy Ziouris, who works at Arizona State University and Steward Observatory. This is the generally accepted view, and the discovery of phosphorus far from massive stars or supernova remnants suggests that there are other ways this element can be formed. All the elements we see around us are formed in stars. After the formation of the first atoms of the Universe from the primordial plasma, the atoms were mainly composed of hydrogen and helium, and all other elements appeared after the birth of the first stars. Stars play an important role in the fusion and combination of atoms in their cores, resulting in the formation of heavier elements. On the outskirts of the Milky Way galaxy The formation of elements in a star depends on its mass. Stars are the size of our Sun and are smaller able to support reactions that create light elements such as lithium and beryllium when hydrogen and helium combine. More massive stars can produce heavier elements such as oxygen and nitrogen. However, phosphorus is not produced during such reactions inside the star. Supernova explosions, accompanied by the death of massive stars, are one of the known mechanisms for the origin of phosphorus. Flares eject elements into space, scattering astromaterials into the interstellar medium, where they can be absorbed by new generations of stars, as well as comets and planets. Massive stars can only form in regions where there is enough material to feed them. As you move away from the center of the galaxy, the density of matter decreases - the outskirts of galaxies are usually populated by massive stars. So the presence of phosphorus in a cloud called WB89-621, located about 74,000 light-years from the center of the Milky Way, poses a mystery to astrochemists. “The discovery of phosphorus at the edge of the galaxy raises questions and adds an additional piece to our puzzle. The presence of phosphorus in this area suggests that the process of its formation is more complex and is not limited only to supernova explosions,” explains chemist Liliya Koelemey, collaborating with Arizona State University. There are two main explanations for this phenomenon. One of them is associated with the “galactic fountain” model, which assumes the movement of elements from the inner regions of the galaxy to the outer through supernova explosions, ejecting matter from the galactic disk into the halo and its subsequent cooling and return. However, this explanation is questionable, since observational data on galactic fountains is not yet sufficient. Another explanation involves the possibility of phosphorus being formed in the region around the core of less massive stars by capturing neutrons. Here, silicon isotopes can capture additional neutrons to form phosphorus. The discovery of phosphorus on the outskirts of the Milky Way is an exciting and important study, valuable for understanding the formation of life in the Universe. This element is the last of the NCHOPS - nitrogen, carbon, hydrogen, oxygen, phosphorus and sulfur - essential building blocks for the emergence of life and which define the habitable zones of a galaxy. Previously, astronomers had not paid much attention to the outskirts of galaxies in search of exoplanets with biomarkers, because they believed that regions far from the center of galaxies did not have enough phosphorus. However, this discovery allows us to expand the scope of searches.
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cosmicfocus · 2 years
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Comet C/2021 A1 (Leonard)
My image of Comet C/2021 A1 (Leonard) as it slipped between the tree branches. #astronomy #astrophotography
This is my best shot of Comet Leonard, which is currently on a rare visit into the inner Solar System. Its closest approach to Earth was on 15th December 2021 (about 0.25 Astronomical Units). It reached its closest approach to the Sun (perihelion) today (3rd January 2022), exactly one year after its discovery, so it is now beginning its 40,000 year journey back out to its furthest point from the…
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mydecorative · 2 years
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Weighing The Pros And Cons Of Going Solar In New Jersey
Going solar has many benefits in the state of New Jersey. Going solar means changing your energy to using solar energy as your primary energy source. Solar energy has become increasingly popular among residents in New Jersey. Let's check out it's pros and cons.
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