eventsbydesignuk.com Report : Visit Site


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    The main IP address: 107.170.228.126,Your server United States,San Francisco ISP:Digital Ocean Inc.  TLD:com CountryCode:US

    The description :skip to content events by design just like we wrote it…not menu how much do you know? comet hale-bopp our story scientists discover life evidence on a saturn moon large-sized, carbon-rich organic mole...

    This report updates in 16-Aug-2018

Created Date:2016-04-23
Changed Date:2018-04-24

Technical data of the eventsbydesignuk.com


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Latitude: 37.774929046631
Longitude: -122.41941833496
Country: United States (US)
City: San Francisco
Region: California
ISP: Digital Ocean Inc.

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skip to content events by design just like we wrote it…not menu how much do you know? comet hale-bopp our story scientists discover life evidence on a saturn moon large-sized, carbon-rich organic molecules appear to be coming out from the cracks present on the surface of the icy moon of saturn –enceladus. this has been observed after the latest findings of the data collected by the cassini spacecraft of nasa. this discovery establishes the fact that enceladus is the only place after earth that has been known to satisfy all the possible conditions that are able to support life as the human beings know it. the question arises “do aliens live there?” there could be a possibility. however, it might not be the same scenario as what you might be imagining. a leading planetary scientist confirmed that it cannot be decided whether the origin of the given complex material tends to be biotic. however, there exists strong potential in the given theory. what the scientists mean is that they are still unsure of the origin or source of the heavy, carbon-rich molecules. yet, it is deduced that it could be from some living organism. beneath the icy crust of the saturn’s moon enceladus, the surface hosts a warm, mysterious ocean that resides above a rocky core. several plumes of icy-cold vapor that are hundreds of miles high keep escaping from the ocean’s subsurface into the outer space through the cracks that have been formed in the moon’s crust. the cassini –nasa’s aboard spacecraft has collected samples from the plumes of icy vapors during the closer flyby of the spacecraft to enceladus on 28 th october, 2015. the spacecraft cassini had analyzed the collected samples with the help of the cosmic dust analyzer along with a mass spectrometer. the researchers had then reviewed the collected data and came up with the result that depicted the signs of largely-sized, complex carbon-rich molecules. cassini, until now, has detected only a much smaller portion of the organic molecules having molecular masses less than 50 atomic mass units. the newly-discovered carbon-rich molecules tend to have molecular masses that go above the range of 200 atomic mass units and are thus, classified as “macro-molecules”. to top it all, these molecules are complex as well. these are made up of elongated chains & rings of carbon. a scientist claimed that this is the first-ever evidence of the presence of largely-sized organic molecules from some extraterrestrial aquatic environment. these could be formed only through the help of equally complex & organic chemical processes. these types of complex molecules do not dissolve in water. this implies that gas bubbles are responsible for transporting such molecules to the surface of the water bodies where they create an organic film. from the surface of the water, the molecules get transferred into the outer space through the crack on the crust of the moon. cassini spacecraft has also detected the presence of molecular hydrogen from the rising plumes that emanated from the surface of enceladus. this again proves to be a vital consideration for the existence of life on saturn’s moon. it's only fair to share... facebook google+ twitter linkedin author jsz posted on july 13, 2018 do big black holes explore the galaxy? in the astronomical science, black holes have always been the topic of interesting discussion. many are enticed by it, while some dread the theories that highlight the dangers of the massive black hole in our galaxy. a massive black hole resides at the dead core of the milky way. this is the same theory for most of the other galaxies out there. when these black holes might not be munching on stars & gas or flashing out intense, plasma jets, these mysterious formations tend to stay quiet relatively. however, these black holes, as believed by the scientists do not always tend to stay at the core of the galaxy. when galaxies tend to merge, the stars and gas re-distribute amongst themselves. moreover, the supermassive black holes of the respective galaxies are able to come across an eviction notice and are usually caught by the gravity of the other galaxies. over the passage of time, several gravitational encounters are able to send the given black hole towards the center of the particular galaxy. however, in the recent times, astronomers have increasingly come across the fact that when galaxies tend to merge, the black holes do not always necessarily migrate towards the center of the resulting galaxy. in fact, only a smaller fraction of the merging activities will be ultimately creating closer pairs of centralized black holes. this problem serves to be acutely serious when one of the merging galaxies is considerable smaller (at least less than the 10 th in mass) than the other merging partner. the components of the smaller galaxy might take longer than the given age of the universe to make the black hole sink towards the galaxy’s center. as a result, through implications, the massive, big galaxies could be playing host to several stripped-down galactic cores along with the respective black homes. on the basis of how small the particular black hole is being considered, the astronomers have predicted that there are dozens of them that could lurk at the fringes of the galaxies. a complete lot of black holes towards better understanding what is exactly going on in the given process, an astronomer named michael tremmel along with his colleagues conducted an in-depth observation at how the wandering black holes would be moving across the period of a billion years. the respective team made use of high-powdered romulus simulation set which was aimed at following the growth & expansion of the cosmic structures in a single cube of some computerized space of around 80 million light-years on the side. the result of the observation revealed that when two galaxies approached each other in the given simulations, the black hole of the smaller galaxy got caught in the outer reaches of the larger galaxy. however, when it comes to milky way, there is nothing to worry. recent studies have revealed that a middle-sized black hole which is smaller than the ones that have explored here, might be able to keep the central black hole of our galaxy in its place. it's only fair to share... facebook google+ twitter linkedin author jsz posted on may 29, 2018 our galactic neighbor: andromeda the andromeda galaxy (m31) taken with a 71/347mm telescope. also known as m31, andromeda galaxy is the nearest congregation to the earth with 2.5 million light years of distance. like the milky way (the galaxy of which the solar system and sun are part), andromeda has the same shape of a spiral and was discovered in the 20’ for the astronomer edwin hubble. he confirmed that andromeda was a galaxy and not a cloud as many believe. andromeda galaxy is stunning with more stars than the milky way. you can see it easily with the naked eye from the earth and its name is was given thanks to its position in the constellation of andromeda. far from being a spectacular sight of the sky, this galaxy is a massive, turbulent spot on the cosmos. in fact, is expected that andromeda collides with the milky way in 4 billion years. the andromeda galaxy is coming to us at 400000 kilometers per hour which is fast enough to start planning any scape, right? despite the future war between our planet and andromeda, experts believe that our planet will survive the collision. why? because galaxies are made of empty space which is mostly harmless to us. our universe is infinite and our beautiful earth is hanging there between numberless of things we ignore about. when is the best time to look for the andromeda galaxy? you can see at least a small part of the galaxy every night, all year long. but the m31 shines beautifully between september and october in the eastern sky. winter evenings are also a great opportunity to appreciate our neighbor. here you have some beautiful quotes about the unive

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Domain Name: EVENTSBYDESIGNUK.COM
Registry Domain ID: 2023549379_DOMAIN_COM-VRSN
Registrar WHOIS Server: whois.namesilo.com
Registrar URL: http://www.namesilo.com
Updated Date: 2018-04-24T07:17:55Z
Creation Date: 2016-04-23T04:22:32Z
Registry Expiry Date: 2019-04-23T04:22:32Z
Registrar: NameSilo, LLC
Registrar IANA ID: 1479
Registrar Abuse Contact Email: [email protected]
Registrar Abuse Contact Phone: +1.4805240066
Domain Status: clientTransferProhibited https://icann.org/epp#clientTransferProhibited
Name Server: NS1.DIGITALOCEAN.COM
Name Server: NS2.DIGITALOCEAN.COM
Name Server: NS3.DIGITALOCEAN.COM
DNSSEC: unsigned
URL of the ICANN Whois Inaccuracy Complaint Form: https://www.icann.org/wicf/
>>> Last update of whois database: 2018-08-15T17:47:38Z <<<

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  REGISTRAR NameSilo, LLC

SERVERS

  SERVER com.whois-servers.net

  ARGS domain =eventsbydesignuk.com

  PORT 43

  TYPE domain

DOMAIN

  NAME eventsbydesignuk.com

  CHANGED 2018-04-24

  CREATED 2016-04-23

STATUS
clientTransferProhibited https://icann.org/epp#clientTransferProhibited

NSERVER

  NS1.DIGITALOCEAN.COM 173.245.58.51

  NS2.DIGITALOCEAN.COM 173.245.59.41

  NS3.DIGITALOCEAN.COM 198.41.222.173

  REGISTERED yes

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