East Field, Nr Alton Barnes, Wiltshire. Reported 11th May 2016
Explanation of crop circles, ancient aliens, history of the Masons and the Knights Templar
279 kilometers above the surface. Black and white is less than 5 km across, and enhanced color is less than 1 km.
Дата: 16 мая 2016
Местоположение: Greenstreet, Nr Avebury, Wiltshire.
Первые два символа в этом году
Круги на полях Нидерланды 6 мая 2016
http://www.tamtainimirax.ru.com/2016/05/6-2016.html
Нидерланды 8 апреля 2016
http://www.tamtainimirax.ru.com/2016/04/201614.html
продолжение…
Круги на полях Англия 6 мая 2016
http://www.tamtainimirax.ru.com/2016/05/6-2016-ang-crop.html
Круги на полях в Англии 11 мая 2016
http://www.tamtainimirax.ru.com/2016/05/crop-uk-11-5-16.html
Круги на полях ярлык
Наше мнение
http://www.tamtainimirax.ru.com/2015/06/krim-anomaly-kern.html
Россия Крым.
Здесь можно найти сооружения,
которые как мы канал ТАМ тайны мира видим,
служат накопителями энергии фаш и телепортами.
http://www.tamtainimirax.ru.com/2015/06/krim-anomaly-kern.html
Россия Крым.
Здесь можно найти сооружения,
которые как мы канал ТАМ тайны мира видим,
служат накопителями энергии фаш и телепортами.
Archaeological excavations at Aranbaltza site in the Basque Country coast (Northern Spain), have revealed several episodes of Neanderthal occupations with preserved wooden remains. The fieldwork is leaded by Joseba Rios-Garaizar, archaeologist from the Spanish Centro Nacional de Investigación sobre la Evolución Humana (CENIEH). In 2015, the excavation revealed two very well preserved wooden tools; one of them is a 15 cm long digging stick.
The detailed analysis of this tool and the Luminescence dating of the sediment that bares the wooden remains indicate that the objects were deposited around 90,000 years and thus, they were made by Neanderthals.
The Micro-CT analysis and a close examination of the surface developed at CENIEH laboratories have shown that a yew trunk was cut longitudinally into two halves. One of this halves was scraped with a stone-tool, and treated with fire to harden it and to facilitate the scraping to obtain a pointed morphology. Use-wear analysis revealed that it was used for digging in search of food, flint, or simply to make holes in the ground. Read more.
Two German pensioners who have lived in Greece for around 30 years are being accused of antiquities smuggling and producing unauthorized replicas of ancient artifacts.
Police conducted raids on two homes owned by the German man and woman, aged 74 and 71 years old respectively, in the area of Thesprotia in northwestern Greece, finding what they say is a plethora of evidence of illegal activities.
In the first of the raids, officers confiscated at least a dozen vessels, coins, jewelry and other objects that are thought to date to ancient times and are being examined to determine their age and provenance.
Archaeologist Stefanos Vassiliadis, who is acting as the police’s expert in the case, told the ANA-MPA news agency that the objects are almost certainly ancient and were possibly retrieved from a shipwreck off the coast of Thesprotia. Read more.
The Milky Way over the Seven Strong Men Rock Formations
Image Credit & Copyright: Sergei Makurin
Explanation: You may have heard of the Seven Sisters in the sky, but have you heard about the Seven Strong Men on the ground? Located just west of the Ural Mountains, the unusual Manpupuner rock formations are one of the Seven Wonders of Russia. How these ancient 40-meter high pillars formed is yet unknown. The persistent photographer of this featured image battled rough terrain and uncooperative weather to capture these rugged stone towers in winter at night, being finally successful in February of 2014. Utilizing the camera’s time delay feature, the photographer holds a flashlight in the foreground near one of the snow-covered pillars. High above, millions of stars shine down, while the band of our Milky Way Galaxy crosses diagonally down from the upper left.
∞ Source: apod.nasa.gov/apod/ap180403.html
Asteroid Watch logo.
March 27, 2018
The first interstellar object ever seen in our solar system, named ‘Oumuamua, is giving scientists a fresh perspective on the development of planetary systems. A new study by a team including astrophysicists at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, calculated how this visitor from outside our solar system fits into what we know about how planets, asteroids and comets form.
On Oct. 19, 2017, astronomers working with the NASA-funded Panoramic Survey Telescope and Rapid Response System (Pan-STARRS1) at the University of Hawaii spotted an object zipping through our solar system at a very high speed. Scientists at the Minor Planet Center, funded by NASA’s Near-Earth Object Observations Program, confirmed it was the first object of interstellar origin that we’ve seen. The team dubbed it ‘Oumuamua (pronounced oh-MOO-ah-MOO-ah), which means “a messenger from afar arriving first” in Hawaiian — and it’s already living up to its name.
“This object was likely ejected from a distant star system,” said Elisa Quintana, an astrophysicist at Goddard. “What’s interesting is that just this one object flying by so quickly can help us constrain some of our planet formation models.”
Image above: An illustration of ‘Oumuamua, the first object we’ve ever seen pass through our own solar system that has interstellar origins. Image Credits: European Southern Observatory/M. Kornmesser.
On Sept. 19, ‘Oumuamua sped past the Sun at about 196,000 mph (315,400 km/h), fast enough to escape the Sun’s gravitational pull and break free of the solar system, never to return. Usually, an object traveling at a similar speed would be a comet falling sunward from the outer solar system. Comets are icy objects that range between house-sized to many miles across. But they usually shed gas and dust as they approach the Sun and warm up. ‘Oumuamua didn’t. Some scientists interpreted this to mean that ‘Oumuamua was a dry asteroid.
Planets and planetesimals, smaller objects that include comets and asteroids, condense out of disks of dust, gas and ice around young stars. Smaller objects that form closer to their stars are too hot to have stable surface ice and become asteroids. Those that form farther away use ice as a building block and become comets. The region where asteroids develop is relatively small.
“The total real estate that’s hot enough for that is almost zero,” said lead author Sean Raymond, an astrophysicist at the French National Center for Scientific Research and the University of Bordeaux. “It’s these tiny little circular regions around stars. It’s harder for that stuff to get ejected because it’s more gravitationally bound to the star. It’s hard to imagine how ‘Oumuamua could have gotten kicked out of its system if it started off as an asteroid.”
The distance from a star beyond which water stays ice, even if it’s exposed to sunlight, is called the snow line or ice line. In our own solar system, for example, objects that developed within three times the distance between the Sun and Earth would have been so hot that they lost all their water. That snow line contracted a little as the Sun shrank and cooled over time, but our main belt asteroids are located within or near our snow line — close enough to the Sun that it would be difficult to be ejected.
“If we understand planet formation correctly, ejected material like ‘Oumuamua should be predominantly icy,” said Thomas Barclay, an astrophysicist at Goddard and the University of Maryland, Baltimore County. “If we see populations of these objects that are predominantly rocky, it tells us we’ve got something wrong in our models.”
Scientists suspect most ejected planetesimals come from systems with giant gas planets. The gravitational pull of these massive planets can fling objects out of their system and into interstellar space. Systems with giant planets in unstable orbits are the most efficient at ejecting these smaller bodies because as the giants shift around, they come into contact with more material. Systems that do not form giant planets rarely eject material.
Using simulations from previous research, Raymond and colleagues showed that a small percentage of objects get so close to gas giants as they’re ejected that they should be torn into pieces. The researchers believe the strong gravitational stretching that occurs in these scenarios could explain ‘Oumuamua’s long, thin cigar-like shape.
The researchers calculated the number of interstellar objects we should see, based on estimates that a star system likely ejects a couple of Earth-masses of material during planet formation. They estimated that a few large planetesimals will hold most of that mass but will be outnumbered by smaller fragments like ‘Oumuamua. The results were published March 27 in the journal Monthly Notices of the Royal Astronomical Society.
The findings have already been partially confirmed by observations of the object’s color. Other studies have also noted that star systems like our own would be more likely to eject comets than asteroids. Future observatories like the National Science Foundation-funded Large Synoptic Survey Telescope could help scientists spot more of these objects and improve our statistical understanding of planet and planetesimal formation — even beyond our solar system.
“Even though this object was flying through our solar system, it does have implications for extrasolar planets and finding other Earths,” Quintana said.
Related articles:
Solar System’s First Interstellar Visitor Dazzles Scientists
http://orbiterchspacenews.blogspot.ch/2017/11/solar-systems-first-interstellar.html
ESO Observations Show First Interstellar Asteroid is Like Nothing Seen Before
http://orbiterchspacenews.blogspot.ch/2017/11/eso-observations-show-first.html
Related links:
Panoramic Survey Telescope and Rapid Response System (Pan-STARRS1): https://panstarrs.stsci.edu/
Large Synoptic Survey Telescope: https://www.lsst.org/
Monthly Notices of the Royal Astronomical Society: http://doi.org/10.1093/mnras/sty468
Other studies: https://arxiv.org/pdf/1712.04435.pdf
Image (mentioned), Text, Credits: NASA/Rob Garner/Goddard Space Flight Center, by Jeanette Kazmierczak.
Greetings, Orbiter.chArchive link
Over the past decade, astronomers have answered – or are closing in on the answers to – some of the biggest questions about the universe. David Eicher presents a spectacular exploration of the cosmos that provides you with a balanced and precise view of the latest discoveries. Among the "big science" topics covered in this book are dark energy, dark matter, water on Mars, the planethood of Pluto, the barred-spiral structure of the Milky Way, and the ubiquitous nature of black holes. (Animations used under Creative Commons Attribution 4.0 International License.)
Location:
Explanation of crop circles, ancient aliens, history of the Masons and the Knights Templar
Dr Morgan Hollis
Royal Astronomical Society
Tel: +44 (0)20 7292 3977
Mob: +44 (0)7802 877 700
press@ras.ac.uk
Dr Alan Jackson
CPS Postdoctoral Fellow
Centre for Planetary Sciences
University of Toronto
Tel: +1 416 208 5099 (4 hours behind GMT)
ajackson@cita.utoronto.ca
http://www.alanjacksonastronomy.com/
A copy of the paper is available here.
Follow the RAS on Twitter, Facebook and Instagram
Archive link
http://www.tamtainimirax.ru.com/2015/06/krim-anomaly-kern.html
Россия Крым.
Здесь можно найти сооружения,
которые как мы канал ТАМ тайны мира видим,
служат накопителями энергии фаш и телепортами.
Source: Bright UFO flying at night by UFOSpace on Rumble
Source: Bright UFO in Earth orbit by UFOSpace on Rumble
Source: Many UFOs flying in the sky in a short period of time by UFOSpace on Rumble
Source: UFOs compared with birds in the sky at night by UFOSpace on Rumble
Source: UFO spotted in the sky at night by UFOSpace on Rumble
Source: Bright UFO silently flies among the stars by UFOSpace on Rumble
Ярко выраженное солнечное гало над городом Аякучо Перу 21 октября 2017
https://t.co/hvL60wwELQ — XissUFOtoday Space (@xufospace) August 3, 2021 Жаждущий ежик наслаждается пресной водой после нескольких дней в о...
