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[size=34]India to launch first-ever moon lander to study strange ‘large excess of mass’ (PHOTOS)[/size]
Published time: 11 Jul, 2019 11:41Edited time: 11 Jul, 2019 12:20
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India is making the final preparations to launch its first-ever lunar lander on Sunday, July 14 as part of the Chandrayaan-2 mission, the country’s most ambitious space project yet.
Launched atop India’s most powerful rocket, the Geosynchronous Satellite Launch Vehicle Mark III, the 15-story high, 640-ton booster is scheduled to lift off at 2:51am local time on Sunday.

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ALSO ON RT.COMIndia sets sights on its own space station around 2030
All going well, the lunar rover called ‘Pragyaan’ is due to touch down in first week of September, when it will reportedly plant an Indian flag on the surface at the landing zone near the site of a “large excess of mass” discovered recently in the Moon’s South-Pole Aitken basin.
The 27kg, six-wheeled rover is armed with an x-ray spectrometer to analyze the crust in the basin to discover how it was formed.

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It will be almost 11 years since India’s last foray to the Moon, when the Chandrayaan-1 probe made a controlled impact near the south pole to collect soil samples to test for traces of water. 
If successful, the mission will make India the fourth country to touch down on the Moon after  the US, Russia and China.  
Israel failed in its attempt to take fourth place in the moon-landing record books with its Beresheet spacecraft earlier this year.

Pored Zemlje je prošla sonda iz druge galaksije – I Rusi i Amerikanci znaju da DOLAZI NEPOZNATA CIVILIZACIJA – POČELE PRIPREME ZA ODBRANU
Posted date: септембар 19, 2019In: IZA OGLEDALA

Astrofizičari su ozbiljno zabrinuti zbog šokantnog otkrića do kog je došao ruski astronom amater Genadi Borisov  koji je pre dve nedelje, 30. avgusta, fotografisao misteriozni međuzvezdani objekat koji je ušao u naš Sunčev sistem.

To je tek drugo otkriće ove vrste ikada napravljeno u čitavoj ljudskoj istoriji. Drugog septembra je otkriveno da šalje elektronski tok energije prema italijanskom,  lučkom gradu Raveni gde se iznenada pojavio vanzemaljski brod “nalik zmiji” – nakon čega je brzo usledila vest da SAD tiho nadgleda ovaj objekat, viđen širom njihove zemlje. 

19.oktobra 2017., prvi međuzvezdani predmet koji je ikada otkriven u poznatoj ljudskoj istoriji iznenada se pojavio na spoljnim obodima našeg Sunčevog sistema i nazvan je Oumuamua, havajska reč za izviđača ili glasnika.
Direktor CERN-a Serđo Bertoluči iznenada je objavio da bi iz njihove laboratorije nešto moglo da izađe ili da se nešto pošalje u druge galaksije.
Doktor-naučnik Avi Loeb, Katedra za odsek za astronomiju Univerziteta Harvard i jedan od vodećih svetskih stručnjaka za fiziku, utvrdio je sa svojim naučnim timom da je “karakteristično ubrzanje” ovog prvog “međuzvezdanog izviđača” u poznatoj istoriji nagoveštavalo da bi “mogao biti potpuno operativna sonda koju je namerno poslala vanzemaljska civilizacija u blizinu Zemlje radi špijunaže“. 

Budući da je ruski astronom amater Genadi Borisov tek 30. avgusta otkrio drugi međuzvezdani objekat koji je ikada otkriven da ulazi u naš Sunčev sistem u zapisanoj istoriji, bilo je pametno što je ruska vojna komanda počela planiranje vojnog odgovora u slučaju nevolje vezane za posetu nepoznate civilizacije.
Američka vojska objavila je zatvaranje vazdušnog prostora širom svoje najtajnije baze svemirske odbrane – Područje 51.
Eksperti dobro znaju da će invazija vanzemaljskih vrsta naše planete prvo početi slanjem „ izviđačke međuzvezdna svemirske letelice“ za prikupljanje obaveštajnih podataka – nakon čega bi usledila „sonda letelica“ dizajnirana za testiranje odbrane naše planete.
Misija, koju će ostvariti usmeravanjem svog manjeg svemirskog broda, jeste napad na vitalnu odbrambenu infrastrukturu planete Zemlje koja nažalost nije jedinstvena i biće lako savladana.

NASA's Biggest Telescope Ever Prepares for a 2021 Launch
Once the $10 billion Webb Telescope is blasted into orbit, it will seek out water on Earth-like planets, stars being born, and more elusive interstellar quarry.

The telescopes combined science instruments and optical element exited the massive thermal vacuum testing chamber after...
Following a successful deployment test of NASA Webbs missioncritical secondary mirror technicians and engineers visually...
The towering primary mirror of NASAs James Webb Space Telescope stands inside a clean room at NASAs Johnson Space Center...
Six of the 18 Webb telescope mirrors are readied for shipment. All of the 18 mirror segments will be cryogenically...
A fullscale sunshield membrane is deployed on the membrane test fixture at Mantech Hunstville ready for a precise...
The optical portion of the telescope is complete seen here and is being prepared for integration onto the spacecraft...
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PHOTOGRAPH: CHRIS GUNN/NASA
The telescope’s combined science instruments and optical element exited the massive thermal vacuum testing chamber after about 100 days of cryogenic testing inside it. Scientists and engineers at Johnson put Webb through a series of tests designed to ensure the telescope functioned as expected in an extremely cold, airless environment akin to that of space.
If you were a rogue bee buzzing on the moon, this heat-detecting honeycomb could find you. But rest easy, tiny friend: The $10 billion James Webb Space Telescope will have bigger concerns. Once it is blasted into orbit in 2021, it will seek out water on Earth-like planets, stars being born, and remote objects formed in the first 100 million years after the Big Bang.

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Webb's precision comes from its 21.3-foot primary mirror, nearly three times as big as Hubble's. Its folding, hivelike design is formed by 18 lightweight beryllium hexagons that work as one; to sharpen focus, 126 small motors pivot these segments in increments as small as one ten-thousandth the width of a grain of lily pollen. They collect 269.1 square feet of light, 50 times more than NASA's current infrared space telescope, Spitzer. A gold coating enhances the mirror's reflection of long-wave light, including infrared radiation created 13.6 billion years ago, further back than any telescope has ever seen. “The telescope is a time machine,” says Nobel laureate and lead scientist John Mather. “You see things as they were when light was sent out.”

Some 10,000 astrophysicists, engineers, and chemists have worked on Webb. Mather's been at it the longest, since 1996, when NASA left him a voicemail asking whether he wanted to help build its biggest telescope yet. He led the team at NASA's Goddard facility in Maryland that identified 10 necessary technologies that didn't yet exist, including a tennis-court-sized plastic sun shield that ensures accurate infrared detection by chilling the observatory to -370 degrees Fahrenheit. (Above, Webb prepares for testing in NASA's cryogenic vacuum chamber in Houston.) The project, initially expected to cost $500 million and launch in 2007, has faced challenges (leaks, rips, Congress). But now it's on track to launch from French Guiana in a European Ariane 5 rocket.

Hovering 1 million miles from Earth, Webb will beam down 458 gigabits of data a day for up to 10 years, potentially revealing the deepest mysteries of the universe's origins. Mather imagines “there's something out there we would never have guessed.”
https://www.wired.com/story/nasas-biggest-telescope-ever-prepares-2021-launch/?linkId=75792937&fbclid=IwAR3iZ4DK2KoKbzG5ydWsB2fLjR-7B7k17F96nP43R2vEvbJWPLXPYF-dc6k