BMSRO

𝐓𝐡𝐞 𝐉𝐚𝐦𝐞𝐬 𝐖𝐞𝐛𝐛 𝐓𝐞𝐥𝐞𝐬𝐜𝐨𝐩𝐞, humanity’s next big space-bound eye on the cosmos, has a new launch date of December 18th, NASA announced on Wednesday. It’s the latest among dozens of other delays for a telescope that was originally planned to go to space as early as 2007.

The $8.8 billion observatory, named after NASA’s second administrator, is a tennis court-sized successor to NASA’s famed Hubble telescope. Its 18 hexagonal gold-plated mirrors will allow the spacecraft to view distant planets and the far reaches of the universe with a level of detail that far surpasses Hubble’s capabilities.

Astronomers have been looking forward to the telescope’s launch for years, but its development has been set back by years of delays, development challenges, and cost overruns. NASA and Northrop Grumman, the telescope’s prime contractor, initially set a $1 billion budget for James Webb and a launch date for sometime in 2007. By 2011, the launch date had slipped to 2018, but that was pushed ever further, with development accidents driving up costs. Early last year, NASA’s inspector general foresaw delays due to a handful of technical challenges. And the pandemic added more delays last year, pushing the launch date to October 31st.

The latest delay had nothing to do with the telescope. The Ariane 5 rocket James Webb will launch on was effectively grounded for nearly a year due to problems with its payload fairings that were detected in two separate commercial missions in 2020. The rocket successfully launched a batch of satellites in July. In the same month, the European Space Agency — NASA’s partner on the telescope — signed off on James Webb’s new launch plan in a key review that showed “positive results” during technical evaluations, the agency said at the time.

NASA said the new date was set in consultation with Arianespace, the French company whose Ariane 5 rocket will send James Webb to space from a launch site in Kourou, French Guiana managed by the European Space Agency (ESA). The observatory, a joint project between NASA, ESA, and the Canadian space agency, wrapped up final tests late last month, and now it’s undergoing shipment operations. Engineers will enclose the spacecraft in a custom (and very expensive) shipping container before it’s sent to Kourou.

While it finally has a new launch date to space, the exact timing of when the spacecraft sets sail to South America is still being kept under wraps as a security precaution.
Source: theverge

The alleged mercury vortex engine is supposed to be engine of the alleged USAF's TR-3B.

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1.This generates a magnetic vortex which effectively neutralizes the effects of gravity on mass. The MFD also makes the craft considerably lighter, which means it can out manoeuvre any other conventional craft.

2.The second is using a mercury vortex engine to create electrical power. What it is basically a turbine generator that is rotated by flowing mercury. When mercury is heated up it will actually surge away from the heat. So when heat is applied to the side or the bottom of the mercury in a specific point the mercury will surge away from the heat and in doing so push the fins of the turbine, that then spins the shaft and spins the magnets on the shaft past the wire coils there for creating electrical power.

As for the first kind supposedly if you have a mercury vortex engine over a heated iron element and for big heated iron containers of mercury in your flying machine you can achieve flight. The only thing I can say to that is, well if you handle mercury in the way they tell you to in the ancient text, your going to think your flying all right because your going to be crazy as hell.

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This one is the largest smoke plum in history.

Messier 102 (M102), also known as the Spindle Galaxy, is an edge-on lenticular galaxy located in the northern constellation Draco.
The Spindle Galaxy lies at a distance of 50 million light years from Earth and has an apparent magnitude of 10.7. It has the designation NGC 5866 in the New General Catalogue.
The galaxy occupies an area of 4.7 by 1.9 arc minutes of apparent sky, corresponding to a linear extension of about 60,000 light years. It is very difficult to see with binoculars, but easily visible in small telescopes, which show a thin, nebulous patch under good conditions.
Image credits: NASA, ESA, and The Hubble Heritage Team (STScI/AURA)

And you thought you always sit on your chair 😂
I posted some information about this previously do check on my profile.

Electrons are negatively charged and they push away from each other when they get close enough (electron repulsion). Our brains perceive the electromagnetic force created by electron repulsion as “touching” (it's actually more like hovering at 10^-8 meters)
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