RESTORED 12/17/23
I have been working on this launch for a few days now. I have had it in my mind to get to for a while but the Volcano kept me busy. There is so much going here guys. I am telling you, anyone who thinks they can just slide through life these days is shooting themselves in the foot. Those days are long gone. Today, you must stay on top of what is happening around you. YOU MUST get your spiritual life in order and be lead by the Spirit of GOD. He was promised to us to lead us, guide us, comfort us and empower us. He was promised to us to lead us to ALL TRUTH.
The Holy Spirit will make sure you do not miss anything that YOU need to know if you are walking in the Spirit. You cannot afford not to be. There is danger all around you, on levels you know nothing about. The evil demonic entities have been loosed and their gateways have been opened. YOU are a WAR, and it the WAR of ALL WARS! The battle ground is your mind and the goal is your eternal soul.
I am doing my best to sort through all that God is revealing. It is all very technical and I will likely never clearly understand it all. But, GOD can cause me to understand it enough to share it with you. There are many others who are working to bring this all to light. You can glean what you can from as many of us as God shows you. The Holy Spirit will quicken to you what you need.
If you are trying to understand everything without the Spirit of GOD… good luck. Personally, I would not gamble with my eternal soul if I were you.
Anyway, this is the first part of another series. I am working on this one and La Palma at the same time because they are related, yet there is way to much to combine them together. Truth is, everything that is happening today is related to the GLOBAL ELITE’s plan for the Endtimes. The good news is that GOD has a plan, and GOD’s plans NEVER FAIL. So, I am with HIM!!
In case you did not know, NASA had a another launch today. They just recently launched their DART mission, which I did not get to but probably will soon. But, this one is far more significant. Here is your first look at it from my viewpoint.
Christmas Day launch confirmed for space telescope
After reviewing the weather outlook again on Wednesday, mission managers confirmed the December 25 target date.
The James Webb Space Telescope is designed to capture infrared light from the first stars and galaxies to form in the aftermath of the Big Bang some 13.8 billion years ago.
NASA States they are going to use WEBB to look back 13.5 BILLION YEARS to see the beginning They do not however, tell us just how WEBB would accomplish that.
Interview with Dr. John Mather on the coverage for the launch:
On the one hand they tell us that he sun and stars to not shine in space that is why it is DARK. On the other hand they say they know what is in space as far as molecules, elements, energy and light; by measuring the light.
So, today NASA tells us that GRAVITY (which is not even a proven theory, in fact it been proven wrong) Gravity no exists outside of the Earths atmosphere and extends throughout the UNIVERSE, and IS RESPONSIBLE FOR CREATING STARS! According to Dr. Mather, “Gravity is very special, because it is the only force that ALWAYS PULLS”..(he states as his hands are seen pushing air together) He goes on to say: ” Gravity though it is very weak, is very long range, it can reach across the Universe an slow down the expansion of the material that came from the big bang turn it around pull it back together, form it into Galaxies and stars, and eventually planets and a place where we can live. That’s what makes gravity special, among ALL the Forces of Nature.” On Top of all that, Gravity, that magical force, is what makes the universe self heating!! WOW, we should all fall down and worship GRAVITY!! NOT!!!! So, if Gravity stretches across the universe, what does that do to zero gravity in space? Why the big show about all the astronauts floating around?
Let us take a look at how far back this amazing magical telescope will have to see to spot the first star; according to “Science” of course:
How long after the Big Bang did the first stars and …
Astronomers discover oldest star: Formed shortly after the …
How Early Did the First Stars Form in the Universe After …
Universe Quickly Spawned Stars After Big Bang, Ancient …
Stars Formed Only 250 Million Years After the Big Bang, a …
When did the stars first form after the big bang created …
Chronology of the universe – Wikipedia
If you would like to watch just the launch, click on the video below:
cosmos (n.)
James Webb Space Telescope, the successor to the 31-year-old
Ariane 5 rocket, was rolled to the launch pad in Kourou, French Guiana, Thursday. Launch is targeted for 7:20 a.m. EST Christmas Day, weather permitting.
high-tech origami, deploying its solar array, antennas, radiators, its segmented primary mirror, its secondary mirror and the complex, fragile sunshade that is so essential to success.
check out and calibrate Webb’s instruments.
billions over budget, JWST will finally be ready to take center stage on the high frontier, carrying the hopes and dreams of thousands of engineers and astronomers around the world.
Looking for the oldest light there is
its epic quest to peer back in time to the end of the so-called dark ages, when the the blazing light of the first stars burned off the hydrogen fog of creation to travel freely through space. (What the heck does that mean?)
“It’s an infrared telescope,” said Paul Geithner, JWST’s technical project manager. “The main reason it was conceived in the first place was to see the end of the cosmic dark ages. And if you want to see objects from that epoch, the ultraviolet and the visible light they emitted so long ago has been red shifted all the way into the infrared spectrum.
super cold so that it’s not blinded by its own thermal emissions.”
giving flight controllers a high-speed data link. (Seriously, they expect us to believe that they can link to a telescope 100 million miles from earth? And they can’t even keep our phones, computers or Televisions working right here on earth??)
To achieve the required operating temperature, a telescoping “deployable tower assembly” will move the OTIS 48 inches away from the spacecraft’s support section, or bus, which houses relatively warm communications, thermal control and computer gear, along with the observatory’s propulsion and electrical power systems.
Deploying a 1-million SPF sunshade
And we’ve got to deploy that tower to separate the telescope from the bus to isolate it mechanically and thermally. That’s a little new, but it’s a fairly straightforward ball-screw mechanism.
With the sunshade pallets already deployed fore and aft of the extended optics assembly, launch restraints will be released and protective covers rolled back to either side of the folded sunshade membranes. Two mid booms at right angles to the pallets then will extend and motor-driven cables will pull the stowed membranes out into a kite-like shape.
As the cables tighten, the layers will be separated and tensioned as required to ensure a slight gap between each taut layer. Near the center of the shade, the gap is as small as one inch to five inches while at the outboard corners, the separation is about a foot to facilitate heat flow. Fully deployed, the sunshade will measure 69.5-by-46.5 feet.
“The sunshield alone has 90 cables in it, that if you strung them end to end would be almost a quarter mile in length,” Geithner said. “And that’s for pulling out the membranes and tensioning them. … And, of course, we have 107 little non-explosive actuator devices, membrane release devices, that basically pin the membranes down and the covers over them for launch.”
Except for the booms, the sun shield is made up of “floppy things, and they’ll just float around in zero G and you’ll get a tangled mess if you don’t deterministically control them as much as possible,” he said.
“And so we have many little devices to constrain and ensure that all these cables and membranes and such don’t just flop around randomly and snag on something. That’s just where so much of the deployment risk is because it’s a lot of parts. They’re simple mechanisms, but there are a lot of them, and they all have to work.”
Ochs said the sunshade deploy sequence was designed to be “slow and deliberate” to give engineers time to evaluate each step in the procedure. While NASA can’t send an astronaut repair crew to the telescope, engineers have developed contingency plans to coax open jammed mechanisms.
“Whereas the mechanisms themselves are not redundant, the electronics that drive those mechanisms have redundant sides, we can go to the redundant side if there was a problem there to try to deploy it,” he said. “And then if we get to a situation where let’s say something stuck, we can shake the spacecraft using its attitude control system. We call it the ‘shimmy,’ where you can go back and forth at various frequencies and cause it to kind of shake something loose.”
Another procedure, known as the “twirl,” was developed to spin the observatory at various speeds, again to “shake something loose.”
we have these tools to help us along as we go through all these deployments.”
imager and Slitless Spectrograph, or FGS/NIRISS — should still be able to collect valuable data.
to pull in wavelengths between 5 and 28 microns. It is designed to operate below 7 Kelvin, relying on a sophisticated cryocooler to pump cold helium gas from the spacecraft bus to the MIRI’s detectors.
three or four deployments and the last one, we were fully successful, we felt really good about it. It only has to work one more time. And that’s in orbit.”
How do you unfold a mirror? Very, very carefully
telescope, with a 91.5-inch primary mirror and a secondary bringing the light to a sharp focus just behind the main mirror. From there, pick-off mirrors feed the light to the telescope’s instruments.
wavefront sensing process, but really it’s the focusing process. When you start out, if you’re looking at one star, you’re going to have 18 images and you need to get that down to one.
Avoiding a Hubble-class flaw
Apollo-era vacuum chamber that duplicated the space environment.
And what if an actuator fails or some other problem crops up and one of the primary mirror segments cannot be properly aligned?
Editor’s Note: A slightly different version of this story first appeared in magazine.
When the rocket carrying the James Webb Space Telescope finally takes to the skies, it will be the culmination of decades of work by scientists and engineers who sometimes feared that the most powerful space telescope ever might never get off the ground.
The approximately $10 billion telescope, scheduled to launch as early as December 25, is designed to see light from the earliest galaxies to form after the Big Bang, and will let scientists study the atmospheres of planets that orbit distant stars, to search for signs of life.
But it’s been delayed so many times that some astronomers find it almost hard to believe that the launch is actually going to happen.
“It’s wild to think that this incredible observatory that we’ve all been looking forward to for years will be up and running soon,” says Megan Bedell, a researcher at the Flatiron Institute’s Center for Computational Astrophysics.
A giant telescope decades in the making
Planning for this telescope began over 30 years ago, before the venerable Hubble Space Telescope launched in 1990.
In the 1980’s, Garth Illingworth was the deputy director of the Space Telescope Science Institute in Baltimore. He recalls that his boss, Riccardo Giacconi, came in one morning and told him that it was time to start thinking about Hubble’s successor.
“I said, ‘Ah, no, we can’t do that! We’re all flat-out working on Hubble!'” says Illingworth, now at the University of California, Santa Cruz. “And he said, ‘Trust me, it’s going to take a long time.'”
Giacconi, who went on to win a Nobel Prize for his X-ray astronomy work, was absolutely right.
“We started out with a little group of like three people talking about this, and sketching concepts on bits of paper and then putting simple things in the rudimentary computers we had back in the ’80s,” says Illingworth. “You had to project into the future and ask, ‘What’s plausible and potentially feasible, but also takes us a huge step beyond our current telescopes?'”
A workshop was held in 1989, and in 1990 an expert review committee mentioned the idea of a large infrared, extremely cold telescope as a successor to Hubble. Planning work continued during the 1990’s, with the telescope getting its current name in 2002, to honor a former administrator of NASA. In 2004, construction began on certain portions of the telescope such as the primary mirror and science instruments.
The finished telescope that eventually emerged from all that work stands three stories tall and has a gold-plated mirror that’s 21 feet across. It has a sunshield the size of a tennis court, that will keep it a frigid minus 370 degrees Fahrenheit. The entire telescope is folded up like origami so it can fit inside a rocket, and will have to unfold itself out in space, traveling a million miles away from Earth.
“There may be a lot of experience launching other missions and surveillance satellites and all the rest, but nothing is like James Webb,” says Illingworth. “James Webb is unique. We’re doing one-off technologies here in many cases.”
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