Also an online app for amateur space explorers:
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I took my first photo of Schedar, the Queenâs Heart of Cassiopeia.
I found a figure kneeling before a cross in the Unseen Light of Creation.
The image on the left is the original image extracted from the photo of Schedar take at 401 am 7.18.2020. The image on the right is the rest of the stardust around the artifact removed.
Alpha Cassiopeiae (α Cassiopeiae, abbreviated Alpha Cas, α Cas), also named Schedar /ËÊÉdÉËr/,[11][12] is a second magnitude star in the constellation of Cassiopeia. Though listed as the âalpha starâ by Johann Bayer, α Casâs visual brightness closely matches the âbetaâ (ÎČ) star in the constellation (Beta Cassiopeiae) and it may appear marginally brighter or dimmer, depending on which passband is used. However, recent calculations from NASAâs WISE telescope confirm that α Cas is the brightest in Cassiopeia, with an apparent magnitude of 2.240. Its absolute magnitude is 18 times greater than ÎČ Cas, and it is located over four times farther away from the Sun.
The celestial being, Lamassu
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A new take on God.
What if God were a wormhole or a wormhole wear the hands of God? If you think about it, a wormhole defies all of mankindâs laws on physics. Physics that limits matter traveling at the speed of light. But matter inside of a wormhole is able to travel faster than the speed of light, which God would think and create at.
Not to mention, matter entering into a wormhole travels across the Universe but also travels across the entirety of Infinite much faster than the speed of light. Wormholes could even be said to be the jumper between Universes. When God determines that a new Universe needs to be created, God simply moves one hand from one point to another point across the void, matter passes through the wormhole and when enough matter has amassed, God gives the new Universe a good smack on its a%$, and let there be light.
âŠand I have clouds in my pocket, clouds in pocket, clouds in my pocketâŠ
God - Dryson youâre so vain.
Dryson - Why thank you God, I get it from you.
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I got a new moon photo, itâs during one of the crescent, taken before night, and, the light from the sun in the sky is still able to compensate from the lens effect.
3 hours later:
So, how much are they planning to be selling Betelgeuse for?
21 hours later:
If the Earth is reflected in the Moon, and you can see the Earth from the Sun,
you can see that the Earth is flat, but not flat on top, but currently flat on the left side of the moon,
unless of course, that the Moon is currently flat on the left side,
or that the map of the moon is a 2 dimensional map, which 2 dimensional map is called flat.
You can see there is a linear 1 dimension wire , which doesnât mean that the Earth is flat lined by the way.
Weâre still living.
One may also realize , that the light from the Moon is actually light from the Sun, which is being reflected from the Moon, towards the Earth, because we donât have any lighting systems that would light up the moon so bright as the Sun managed to do it for the last 2 billion years so far.
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If weâd change the lighting on the moon for the next New Moon every month, it would be more expensive too!
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I think a pastel with a hint of Steam Punk would work.
Going back to the wormhole theory above.
Based on the movie Interstellar, time increased dramatically back on Earth. Every minute on Millerâs planet was something like 10 years back on Earth. I think what they did with the time mechanics is that once the ship left the wormhole the distance traveled at the speed of light to the planet was added to the aging process of people back home. We also see Romilly age 23 years as well within only a few million kilometres from Millerâs planet as well. But what we donât see are Cooper and Brand instantly aging once they return.
Millers planet must have been inside the zone of the black hole where time speeds up around the planet exponentially while time remains the same for the crew of the Ranger that is based on Earth time, which makes no sense at all. They didnât lose or gain any time as they traveled through the wormhole because a wormhole resides outside of normal Einstein space-time, they merely covered a very large distance in less time.
If anything time would have stayed the same on Earth when they excited the wormhole instead of increasing. Due to the wormhole having been created in the local space-time of the Sol System, the expedition was protected from the aging effects. But what aging effects? If a wormhole keeps local space time ticking inside of the wormhole, then the wormhole is an extension of that localized space-time and would not change.
The fact that the aging process back on Earth started to rapidly increase once they left the wormhole does not make sense either because the expedition would merely have crossed space and time from the Earth to their exit point at much faster rate velocity than light speed while the wormhole maintained the same localized space time as the Sol System.
Just because a person travels through a wormhole at faster than the speed of light does not mean that localized space time at the exit point somehow causes a rapid acceleration of time and aging at the entry point in the Sol System.
If anything the wormhole would have been created by the black hole as an anomaly of interactions that one of the planets was the focal point of with the rest of the planets residing is some type of residual field of the wormhole that would shield the planet from falling into the black hole which would then put the planet in the same localized space-time of the Sol System.
If you take a wormhole that only takes you 30 seconds to travel 2,500 light years, for example, there is no time dilation on the other end of the wormhole once you exit the wormhole. Light from the Sun that left the Sun in the Sol System the moment you crossed into the wormhole would still be traveling to the point 2,500 light years away.
Light from our Sun that would be seen at the exit point however would be from a point in time 2,500 years in Earth past.
A wormhole could be what happens when a black hole has too much mass and for some reason an aspect of the core of the black is ejected into space-time.
I would also have to say that the immense waves on Millers planet were not caused by Gargantuan but by the wormhole itself as the waves were being pulled toward the wormhole and not towards the black, which the black hole would have stripped the planet of its water without the wormhole shielding the planet or planets.
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We still have to plan logistics on the ISS, and , Blue Origin wants to send some 100+ satellites to run an electronic network on the so called internet, or, global electronic data transfer network.
We also have to plan more logistics on the moon, and, we could run huge databases there, since itâs very cold.
We should take advantage of the extreme cold to run things better.
Cold air on earth already is at a premium to run computer processors and systems, and, with global warming, many things making heat on earth which can be done on the moon, or, outside of the atmosphere could be analyzed to be done there.
Of course, there is the larger problem of re-entry for any of those things there, but , for data, that is a more feasible system, because data already does enter and exit earth atmosphere more easily and without damaging the ozone layer, or, without requiring repair to the ozone layer with costly process, but in resources and analysis.
Iâm not for concept that , to offer something for free is good for the one who offers, when others are actually being trapped from accepting it , and being mislead into it, only to then be again further mislead if not killed by the misleading.
If youâre going to offer something good for society, at least make sure that it is not to interfere against benefit that others bring to society , and therefore cause the end of society.
Itâs either good or itâs not good.
There is no try.
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But how can you make your benefit for all of society work if not every sees it as a benefit and try to destroy your benefit?
I took a few shots of Shaula / Lesath tonight.
Coordinates of Shaula/Lesath at 10:28 PM, 8.08.2020
Ha : 00.44h
Dec: -38.17h
Ra: 17.47h
Alt: 11.07 deg.
Az: 185.32 deg.
Distance from Earth : 702.59 light years.
Why is it said that an object, a ship, cannot travel faster than the speed of light?
What I found out is, Shaular is moving towards our own sun in a near straight path at 3 kilometres per second.
Moving towards us at 3 kilometres a second got me to thinking. If stars of all mass are moving towards and away from each other at the same time. With all of that mass of all of the suns in the Universe moving in different directions and at different velocities, the pull on space-time would cause Einsteins seemingly perfect representation of space-time to to ebb in all directions and velocities at once.
A vessel traveling close to light speed and faster velocities would encounter Solar Ebb. Solar Ebb is the pull and push space-time as a result of gravity generated by more than one sun moving through space - time. The ebbs are much like that on an ocean. Sometimes the waves are small and almost non-existent, but always there, while other times the waves are very large.
Solar Ebbs are constantly present in the Universe, except in places like the Cold Spot. The large and small ebbs create a constant push and pull on space-time that causes atoms to stretch and compress very slightly that causes the atom to lose a portion of its energy if not atomic structure. Elements in another galaxy could be very different then here on Earth as a result of how the suns created Solar Ebb during the formation of the galaxy.
Solar Ebbs would push and pull on the atoms of an object, ever so slightly, causing the atom to lose some of its energy. As a result, the faster that the object travels towards light speed and faster causes the atom to contract and expand rapidly. So rapidly that the atom would actually flip its entirely different atomic structure. Since most of material in the object would be steal, the atoms would become so heavy as a result of the atom occupying the same space-time as other atoms energy is transferred between atoms to create mirrored versions, then there would be nearly an infinite number of iron atoms, for example, present as Solar Ebb would cause the atoms of iron to occupy spaces in between other iron atoms.
I still think FTL is possible, a process would need to be developed to cancel out Solar Ebb in the material being used while still being able to provide gravity for people to walk around inside as if they were on Earth.
I found an interesting artifact, not certain what you would call it though. It looks like a stack of balls on top of each other coming out of the circular dish section.
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Me?
There are many ways.
First, design system to track those intentions and actions.
For anti-fraud, and , protection of business, security, and , to deter discrimination, and hiding of such illegal activity.
In fact, Iâm not the only one doing that.
Other businesses , some which discriminate against me, try to sell me their security services,
so as if to extort and embezzle from me, while disregarding previous damage,
focusing on present time, and, trying to justify to hide previous damage.
Some statutes of limitation are good if not committed in treason.
Treason does not have statute of limitation, neither does murder, and probably some other actions.
People are allowed to see what they want how they want.
That is their own freedom of opinion.
If they try to destroy my benefit, while trying to keep the benefit to society , or, credit themselves for it, or, credit society for it, I have to make sure that I keep track of it, prevent it, by designing systems to prevent fraud and embezzlement to be done against my business and my work.
In fact, other businesses also have to do that too, as, not only government can be subject to that.
If they try to destroy my benefit, while trying to destroy the benefit to society , or, credit themselves for it, I also have to find out, whether by fact findings or other.
Whichever method is used, it has to be morally good, as the moral warfare against what is good, and how they try to interfere against what is good because of their opinion might be unsound.
Why would anyone try to interfere against benefit to society, because they decided to view it as if it was not a benefit, even though it is to steal, and to try to coerce into wrongdoing, and mislead,
to make excuse to destroy it, like if they are some kind of sociopath and psychopath,
or, for some other political gain, in acts of war.?
That is more a matter of business,
and, if I was to omit it, once given the opportunity , whether by abuse or other vice ,
I would lose the benefit.
I can also make movies from it, but I donât have to accept the offer first.
I can instead use the income to invest in the rights instead of giving those rights to those abusing the credit to discredit me.
It seems also awfully greedy and a waste of credit, if not the worse ever.
You could say, of astronomical figure, or proportion.
SpaceX have to design systems to protect their rights.
The Trademarks rights of use, and bitcoin scams is not something only their lawyers can deal with.
They can design other methods to solve the matter and have the facts reported to their lawyers.
However, the last fraud caused over $100,000 in damage, and this one, hopefully still under a million.
That is a concrete problem , risk, and fact.
Apollo also had to deal with it, in fact, that is the reason why security was the most important.
Just as unforgiving they are , and lie they want to forgive, but never will,
they donât deserve the forgiveness they abuse.
7 minutes later:
I just paid some $170 or so for a new storage unit, which will cost me less than 60% of my previous costs.
It currently is increasing my total storage space by double, although half of it now is over 15 miles away, around 30 miles round trip.
That total space will diminish, most like tomorrow, or, this month, or, next month, however, my cost will be 60% eventually.
Most of the work stored has to go online, so that I donât have to physically move it to Europe.
It would cost me $3,500 to move it, which money I could invest in Europe for similar items.
Of course, those items that I did myself, and that I could not redo again, that money would not pay for it.
Some of my costs are over $10,000 to $20,000 per years, so, the storage costs is lower in costs than my production costs.
Some entities sought to forfeit my storage and property, including intellectual property.
The same entities who refuse to forfeit the intellectual property of others, which they should, while they donât.
38 minutes later:
For light to move faster, the medium in which the light is has to move faster.
The speed of light is limited by the medium in which it moves.
The speed of light, with its limits , is not fast enough to escape the energy from a black hole, and in fact, it does not propagate in a linear way when going towards it.
It is attracted into it, and the properties of the light are also affected by the medium of the black hole.
We had to measure the movement of those medium systems , to detect (that) the speed of light was not able to reach there.
We use the speed a light as a reference for measurement in relation to energy, to move in those medium, and , towards those mediums.
The total energy in those medium is more complex, and, therefore, require additional, more complex , calculation, to be more accurate in regards to movement and changes in energy related to those systems.
In special theory of relativity, moving towards those system is enough to learn more about them, and the ways they functions, in relation to the light and in relation to the other systems related.
They may not affect us everyday from where we are, not even the Voyager probe, although that my change.
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The Last Broadcast From Two Galaxies That Are Dying.
Two galaxies are merging into a single galaxy 200 million light years away. The image is not as majestic as Hubble would lead you believe. Solar systems in both galaxies are slowly torn apart after billions of years of comfortably orbiting in their region of space-time. Stars collide with other stars, planets into planets, black holes into black holes. The chaos would be extreme. No matter where you went you could never escape the reality of your planet and civilization being next to be wiped out. With the last circuit of technology pointing into the vastness of space-time, you press the Send button. Your entire civilizations knowledge of ten million years blasting through the chaos and out of the galaxy. One shot is all your solar had to make certain your existence was remembered as both galaxies merge into one to create an entirely new galaxy of survivors. A new life that will have forgotten about your world, your culture after a million years.
Two galaxies merging to create a new life.
The pleas of the dead long gone, echo in the background noise of space-time itself.
The two galaxies that are merging would make a prime target to listen for alien signals, which the galaxy should be teaming with. If there is any life in either galaxy there would be literally millions of emergency broadcast signals being sent into space. Warnings to other galaxies not too wait to save your own civilization.
What better place to look for alien life if not two dying galaxies?
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Sentient life would be better leave, unless they can find some safe place around there.
Some life are over 600,000 years old and just repairing their cells.
Itâs very likely that there is no life in Black Hole, and that the Dark Energy is in there, or some other things like that.
The Universe is going towards black holes, and becoming black holes, and dwarf type of suns, after which life will end.
The Universe is older than life, so far.
Itâs possible life never existed before the Big Bang, or, it only existed once before.
If it did survive, and how, if not only by chemical bonds and compositions, which were destroyed, and later bound back again, from the fabric of the universe and itâs energies, is not found yet.
Would life create itself again in the same conditions?
Experience shows that it can.
How would life survive trillion of trillion of trillions of years, when itâs supposed to be extinct long before those cycles of the Universe changes come to pass?
Would another Big Bang form again, or, would it be the end?
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How would a civilization survive two merging galaxies is a very important question.
For those looking to use a second cellphone with star tracking apps on it, I have the perfect project. The project uses and Orion Steady Pix camera adapter, 1 3/8" tubing, one thumb screw, E6000 epoxy, and the spotting scope mount from your telescope.
The Steady Pix adapter places the cell phone being used right over the middle of the optical tube at about three to four inches away from your eyes while viewing through the eye piece or another camera that you are taking pictures with.
The locking mechanism hold the tubing firmly in place while the epoxy cures. Adjusting the proper angle of the camera adapter is the tricky part. I used a pen to mark on the tube and adapter where the camera would be the most level when the star tracking camera is being used.
Use small clamps to hold the pieces together while the epoxy sets up.
Now you have a star tracking camera mount for your telescope. No more taking your phone out of the camera adapter to track the night skies to then hurry up and slide the camera into the adapter to take photos with.
The problem with the tracking app is that is not exactly 100% accurate in what it is pointing at.
F those Go To mounts.
In a few weeks I will be putting together a small eye piece that you can attach to your phones camera that will allow you to shoot the Moon while zooming in on it with the zoom of your camera.
Or you can buy one from Amazon.
What makes the Phone Camera Lens really cool is when you have a cell phone with dual monitors that can be partitioned.
One monitor would be used to track the night skies using apps like SkEye, while the other monitor is used to zoom and take photos of what you are tracking.
For those who donât want a telescope or canât afford one, the Phone Camera Lens will let you take photos of the Moon and long distance photos of nature, like that hot girl that used to bathe in her birthday suit on Kelleyâs Island at the long point into the main beach.
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Iâve owned so many telescopes over the years, itâs ridiculous. 10" Cave Newtonian. Takahashi Epsilon 130. Astro-Physics 6" f/7 ED Apo. Russian Maksutov-Cassegrain. BORG 100mm f/5 ED Apo, 40mm f/6.6 ED Apo and 125mm f/4 ED Apo.
But my favorite optic, and the only one I still own, is my 1st generation Canon 12x32 IS binocular. I observed Comet Neowise with it just a couple weeks ago. I bought it around 1998 or so.
Anyway, hereâs the full Moon taken with my Olympus EM-5 Mk II and 40-150mm f/2.8 zoom.
Hereâs the Moon in eclipse over Los Angeles, same camera and lens.
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A small asteroid (again) grazed Earth on Sunday
The celestial object passed over the southern Indian Ocean on Sunday morning at a speed of 12.3 kilometers per second.
An asteroid three to six meters long passed 2,950 km from Earth on Sunday, according to NASA, which announces that it is the closest asteroid to have ever been observed passing near our planet.
Had it collided with our world , the asteroid, dubbed 2020 HQ, probably wouldnât have done any damage, but its disintegration in the atmosphere would no doubt have created a fireball in the sky, a meteor, NASAâs Jet Propulsion Laboratory (JPL) explains in a statement Tuesday.
READ ALSO >> An asteroid simulation exercise ends with the annihilation of New York
âŠ
The pebble passed over the southern Indian Ocean on Sunday at 6:08 am French time at a speed of 12.3 kilometers per second, at a distance well below the geostationary orbit of about 36,000 km where fly most telecommunications satellites.
The asteroid was actually spotted six hours after its passage, by the Zwicky Transient Facility, a telescope at the Palomar Observatory at Caltech University in California, as a long, bright line in the sky.
Trajectory curved by Earthâs gravity
The US space agency estimates that asteroids of this size graze the Earth at this distance a few times a year. But they are hard to spot, unless they are heading straight for the globe, in which case the explosion in the atmosphere is usually noticed, as in Chelyabinsk, Russia in 2013, when an object exploded about 20 meters had shattered the windows for miles, injuring a thousand people.
READ ALSO >> How to protect the Earth from asteroids
NASA has among its missions to locate the asteroids, much larger (140 meters), which really threaten the Earth with destruction, but its devices also monitor the smaller ones.
READ OUR COMPLETE FILE
- Why the launch of Perseverance marks a turning point in the exploration of Mars
- A curious asteroid discovered in the vicinity of Jupiter
- This giant asteroid could soon hit Earth (but the chances are very slim)
âItâs really cool to see a small asteroid come so close, because you can see Earthâs gravity curving its path,â said Paul Chodas, director of the Center for the Study of Near Earth Objects at NASA. According to JPL calculations, the asteroid made a 45 degree turn because of our planet.
SCIENCE
A small asteroid (again) grazed Earth on Sunday
By LEXPRESS.fr with AFP ,
published on 08/19/2020 at 10:44 , updated to 11:18
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1 day later:
More About Space And Dimensions (Tik Tok)
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â
The Surprising Ways Mars is Hostile to Life
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Im in the process of getting three new eyepieces, a 3.6 and two 6.3mm eyepieces to view the Moon in greater detail with.
I made a new camera phone adapter using the spotting scope of my telescope and a defective Steady Pix camera adapter I purchased from Orion Telescopes last October. The adapter is meant to hold an extra smart phone that would be used as the star tracker app.
The only problem with the star tracker app is that it does not adjust properly to center line of view. If I want to center the object being viewed in the telescope I have to align the object to be on the right side of the star tracker app.
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A Comet Five Times Greater than Jupiter is Approaching the Earth
609,542 views âą Premiered Apr 9, 2020
609K views - 4 months ago
Skywatch Media News
169K subscribers
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Comet ATLAS broke apart in April 2020.
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That would have been the worst ever.
It could have affected the Sun due to speed and kinetic energy.
I read itâs still ongoing, except that it has disintegrated into parts.
However, since the original effect was so large, it is still important to verify the scope.
Where will it go after going nearest to the sun?
The comet will make its closest approach to Earth on 23 May at a distance of approximately 115 million kilometres, and eight days later it will skirt within 37 million kilometres of the Sun.
In fact, itâs possible that this comet or something similar caused Mars to lose itâs atmosphere a few billion years ago, or a few million years ago, and, never recovered from it yet.
There may be water underground like we have in Africa.
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Wouldnât it great if NASA could land a probe on a comet that would record where the comet is heading as well as taking photos of its travels?
The probe would have several smaller communication probes, message buoys, that when ejected back into space, would create a communication network that would NASA to have images of what lies beyond Pluto.
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Yes, thatâs also an excellent method to create communication databases system to solve some of the spatial time delays due to long distances.
It would allow us to load data in those intermediate systems, so that they can be received by the travelling probes faster once there, than it would take us to send it from earth.
Itâs possible to do this based on conditions, sort of like, when designing a menu, which menu procedure would be accomplished without activating a command, but, while the command from the menu is pre-programmed to be accomplished when certain conditions are met.
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The idea is of course good, and the scientific facts free to use for others, even if I did register patents for it.
You can see the possible logistics implication due to the important level of communication.
Any systems in between would speed up light speed communication time of receipt by the same amount of physical distance to the points of data storage and signal emission systems.
The data stored can be processed in the data storage site with a processor, or, from a processor, after the data is emitted from an emitter , where the data is stored.
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The thing is, we already have those systems in place.
We just have the opportunity to improve them.
We probably already use some of it, like, communicate from one of the distant probes to another , or, load data on them, so others can adjust faster , accordingly.
Like a GPS system, in space, where the data is related to the other systems nearby.
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