Parker Solar Probe - orbit and timeline (4K)
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- Опубліковано 11 сер 2018
- NASA’s Parker Solar Probe was launched by a United Launch Alliance Delta IV Heavy rocket on 12 August 2018, at 07:31 UTC (03:31 EDT). On 28 September 2018, the probe will flyby Venus and on 1 November 2018 will make its first close approach to the Sun. The spacecraft will transmit its first science observations in December 2018. The nominal end of mission is scheduled for 2025.
Credit: NASA's Scientific Visualization Studio
#ParkerSolarProbe #SolarProbe #Heliophysics - Наука та технологія
Delta IV Heavy launches NASA’s Parker Solar Probe ua-cam.com/video/socbr3DbxUA/v-deo.html
Parker Solar Probe separation ua-cam.com/video/j7jIl1DHfus/v-deo.html
NASA’s Parker Solar Probe explained in detail ua-cam.com/video/zJo0tIxNLxU/v-deo.html
An intergalactic detector? Voyager traveled 35 years to exit the Solar System ua-cam.com/video/iIvgoac4o_A/v-deo.html
It's really incredible how much like clockwork the solar system is and the universe, that we can observe the movement of objects in space and plan out exactly how and when an object of ours will interact with another for years and years after it's launch, it's absolutely incredible!
What you don't see is that there are a bunch of tiny perturbations so that no orbits are actually closed. The spacecraft will have to make dozens of adjustments to account for the tugging of all the combined bodies in the solar system. That, in addition to the fact that there actually is currently no exact solution for solving orbits. It's beautiful, but not as clockwork as most people think. Even Earth's orbit changes in size and shape over thousands of years by hundreds of thousands of miles.
Ghost Leash
And don't forget that this all happened by random chance (sarcasm)
Math is not random.
Scott Gauer
Parker solar probe does not carry propellant for any course correction. That is why the launch timing and initial guidance had to be so precise.
It only has inertial flywheels for attitude adjustment to ensure its shield faces the solar radiation.
and we're just seeing it from a stationary perspective, the sun moves forward (following the milky way path) and the planets follow it.
That’s like 10 gravity assists from Venus. Amazing.
ophello 7
I could count 7.
Gravity break*
Hope it revolutionalizes our electronic systems and our knowledge about the sun
. Best of luck. Happy journey
"What do you do?" " I´m waiting for Venus!"
Very good orbit path. Well done NASA
Yes that‘s amazing
Do it meet with Venus for many times?
I think it’s 7 times , not sure
@@LVTwinturbo it makes 7 venus flybys on order to slow the speed get closer to the sun
Very good and intuitive animation!
Thanks!
This is the best video of its own type on orbit representation thanks for such good info keep it up
Absolutely fascinating how these planetary flybys work..
Awesome explained
very interesting, but the timeline font is too small and almost unreadable
I didn't even notice it existed until you pointed it out.
GodSpeed, little buddy
Amazing 😊
It's really awesome 😎...
Your brother from India 🇮🇳🖖.
How does this complex orbital manuves rate comparatively to other complex missions?
Good experiment
hoppe its good some goood cameras to capture lots of pictures close of Venus, Mercury and Sun
Nice
AAAAAAAHHH !!!NEAT !!LOOKS GOOD INDEED !!FROM (U.K.).
Proble orbit could bot get any closer to the sun bc of Venus orbit limitation. Since Mercury and Venus as a >15• orbit inclination, they could not use Mercury for another gravity assist course correction
So every 2nd orbit it gets a gravity assist from Venus and drops its closest approach to the sun even closer. Congrats to the physicists for figuring this one out.
Is the 4:1 with the Earth at the end intentional or coincidental?
When the probe does any of its close fly-bys of Venus, does it have a camera to take any pictures?
There's a telescope called WISPR on it used to image the corona, so they might try taking pictures of Venus just because.
They said there will be no researches at Venus on that mission. While the probe passes venus most systems on the probe are shut down to save energy. (there is only one cycle where they potentially could measure something on the Venus flyby, but that's only a very low priority plan)
By November.. we finally get to see an upclose look of the sun, very exciting.
The probe rotates like a planet, does that mean we now have a tiny robotic planet?
Actually, it rotates like a comet instead of a planet...
no, just a satalite, it doesn't matter if it orbits earth or any other stellar object, its far from big enough to be called a planet ( seeing as plute is still in the 'meh not a planet' stage )
🤗congratulations 🎊 #nasa
Parker: Weeeeeeee
Venus: Slow down son...
Does it mean that Venus is getting speed up a weeny bit too?
Short answer is yes.
@@Emdee5632
Asking........ Probe flys by AGAINST rotation?
@@Emdee5632 isn't the probe too small to affect the space curvature of venus already? Or that based on Newton's 3rd?
@@flattenthestupiditycurve4811
PSP's mass is minuscule compared to the mass of Venus. There is a change but it doesn't matter. The gravitational influence of the sun and the other planets is much larger.
I just had a doubt of how is the electronics on the probe protected from the EMP.
Bruh this was launched the same exact day this video was released.
Delta IV Heavy launches NASA’s Parker Solar Probe ua-cam.com/video/socbr3DbxUA/v-deo.html
Is the data this animation is based on out of date or based on pre launch information? The reason is that the NASA website claims that perihelion will occur on Nov 5th, and shows the probe currently (Nov 1) still approaching the sun, while this animation shows perihelion around Oct 31. By Nov 5th this animation shows the probe distinctly further away from the sun than it shows around Oct 30/31.
This is future trajectory of psp, we can take this as frame, but sudden changes can be done in its trajectory during its misson.
Does Parker fly nearside Venus or farside?
What is the change in Venus' orbital period because of these interactions?
There is indeed a change, but miniscule. The PSP exchanges really tiny bits of momentum with Venus. Because the probe is so small, the effect on Venus is also very small. Gravitational influence of the sun and the other planets is much larger.
@@Emdee5632 Thank you.
nasa ko badhai ho ki parkar solar parob suraj tak pahuch gya sir aap sab ko congures aal nasa compneys aal the best
did they use venus and merkur gravity to reach closer orbit of sun ?
Looks like they're using Venus to drop the Aphelion each time it comes close to that planet
The flybys of Venus were against it's rotation........ correct ?
These graphics reminding me of Kerbal space program
maths is language of universe. we can predict planet moments and play with them.
Pelos meus cálculos, até o final do vídeo se passaram 7 anos e 3 meses
Venus there being our homie assisting us!
Watch out Sun, Parker is probing Venus on the side.
So what happens at last? Is it gonna fall on the sun?
Heyecan verici
How long is the probe planned to stay on the orbert?
6 is very likely to happen. But 7 are planned. The 8th would be kinda a bonus year if they still have some propellant left for some reason. (I know they are costing and therefore don't need propellant during most parts of the flight, but they do need propellant to orient the heat shield towards the sun. If they can't do that anymore, the probe will burn.)
Now I want to play Kerbal Space Program after watching this...
I think they'll find something on venus? Future prediction form me
They said there will be no researches at Venus on that mission. While the probe passes venus most systems on the probe are shut down to save energy. (there is only one cycle where they potentially could measure something on the Venus flyby, but that's only a very low priority plan)
(Not looking. Too busy sending solar data back to earth. All data collection instruments off and probe power devoted to telemetry.)
This is a solar probe, its mission is to probe the Sun.
They'll find Protomolecule structure!
We have already been to Venus several times
Thanks to Kerbal Space Program I didn't have to google "orbital mechanics" to understand this video.
Wow.
It nearly hits Rigel.
No, Rigel is in the constellation Orion, Trillions of miles away.
Tiger789 Tiger789,
T'was a joke.
If Rigel was where our sun is, it would reach half way to Venus. Yeah! It's big.
@@massimookissed1023 you were trolled
No its actually VY canis majoris
RAM VEGETA , no, it's Rigel, the blue giant in the bottom-right of Orion.
Congrats NASA!
Pls this spacecraft travel, when is it expected to return? And how does the travel work?
it's not expected to return.
You can't give back the energy it lost without gravity assist but for you to be able to do that, the thing need to rotate in the opposite direction so it is not happening, this isn't a probe made to return
It is going to hit the sun in future?
Nasa can also study Venus and mercury with such path.
Knowing that our solar system moves at a speed of 828000km/h, and the Parker probe reached 700000 km/h, how is possible that the solar system doesn’t leave Parker prob in outer space ?
It orbits the Sun, not the center of the Galaxy.
@@SciNewsRo if I am orbiting the sun, what is keeping me attached to it, and moving through space with the solar system ?
Doing this either in universe sandbox or spaceflight simulator seems impossible. God knows how they do this in real life.
Why it revolves far away from sun's corona coz mission was to revolve it round the corona
This is how in future we will study black holes.
Where’s the Tesla roadster?
Somewhere past Mars' orbit
The orbit of the Tesla Roadster takes it from the orbit of Earth (where it got launched from) to about halfway between Mars and the main asteroid belt. It will not get cought by Earth or Mars nor will it crash on any of them. Every now and then it will get close to either planet. For now, the Tesla's orbit seems stable and it might orbit the sun for thousands, maybe millions of years if nothing happens.
What is the mission?
Parker Solar Probe explained in detail ua-cam.com/video/zJo0tIxNLxU/v-deo.html
Planet venue rotates in anti clock wise.. 🤔
@Tony Mohan en.wikipedia.org/wiki/Venus#Orbit_and_rotation
Whats it terminal fate? After its mission, will i end up in venus or sun?
from quora "What will happen to the Parker Solar Probe at the end of its mission?"
In seven years, if all is well, the mission (ie. data collection efforts and possible trajectory corrections) may be extended a few years. It would be nice to extend the mission to 22 years to capture the entire solar cycle (two reversals of magnetic field).
When the propellant is used up, or for some other reason attitude control is lost, intense sunlight will hit the unprotected parts of the space craft and probably stop everything working even if it doesn’t melt much of it. The hottest part of the orbit is the few days around each perihelion so possibly parts will melt and solidify on each orbit - possibly for many years.
The 24th orbit is 88 days but long term it may be destabilised by near encounters with Venus.
Drag from the corona might initially reduce the aphelion that is out around the orbit of Venus. If the coronal drag is significant, eventually it might circularise the orbit after which a slow spiral into the sun might start.
There is no official "end of mission" decision at this time, the rest are speculations.
SciNews How do you know?
The end of the mission in scheduled for 2025. Depending on the results, it could be extended just like other missions have been. Of course, if it will not break down in the meantime.
Why circular? Why can't direct path to sun(target)?
Science observation on every orbit vs one peek and destruction of the probe
How is it able to accelerate and then slow down like that?
That's a natural orbit trajectory. It's basically in freefall around the sun, and its sideways speed is the only thing keeping it from falling straight in. It's not flying itself in circles the same way a plane would.
This is basic orbital mechanics - the three laws of Kepler at work.
How is it possible it hit's Venus
hmm NASA next mission to the asguard
Do you see this? There is my name and surname! Who else "is in" Parker Solar Probe?
Why *4k* ? I don't see the difference
But you might see the difference in 2024, on your new 8k display ;-)
how does it orbit out as far as venus..
There's a principle in orbital mechanics that says if a satellite is orbiting a body, and no other forces are in play other than the attraction between the bodies, if the satellite is here now with a particular velocity (speed and direction), it will be here again with the same velocity one and every revolution later, forever. IE the orbit is unchanging. Parker's orbit changes mostly because of Venus' influence. On the Venus fly-bys , Venus has little effect on Parker on the way to perihelion or back towards Venus' path but then Venus gets to a position where it drags Parker, slowing it down. The consequence, roughly, is that Parker orbits closer to the sun in a less elliptical orbit.
@@joefagan9335 thanks joe !
Did it crash into the sun just before the end?!
Multiversal Sapien
No, it won't ever actually hit the Sun.
8 years of mission?
7 are planned. The 8th would be kinda a bonus year if they still have some propellant left for some reason. (I know they are costing and therefore dont need propellant during most parts of the flight, but they do need propellant to orient the heatshield towards the sun. If they cant do that anymore, the probe will burn.)
Your brain is fake.
Ryan Bye JAJAJA xD, give me a reason to believe you xD
Heraklit N. - Gaming how will finish, like cassini mission? or just staying on space?
Great orbit planning on nasa's part. If there's one thing they've got going for them it's planning a kickass orbit for gravity assists.
Every time it goes nearer to the sun we will get a better picture of the Sun. For how long will it orbit the Sun?
Apu The mission is planned to end in 2025.
According to this video, it will surely collide with venus and mercury for many times
Or rather it will just miss Venus many times, that's the goal.
It intentionally gets close to Venus multiple times to use the gravitational sling shot effect to strip off velocity to allow the orbit to get closer to the sun.
@@sailorgeer yeah, I think it's running out of fuel though
@@sailorgeer
Against Venus rotation ? Correct?
Wish it wouldn't strike to Venus
Long year to take how the hell
Air craft gets so close to the sun while it's rotating, why it cant take photos or brake in that time.??
Am I missing the timeline?
Down left, switch to full screen
SciNews holy cow, it's so tiny
Kinda feels like a little fear of commitment
I guess to an extent , yes.... But you can work out some of it by earth around the sun yearly rotation :-)
7 venus flybys and 0 mercury and earth. interesting.
Why parker solar can't travel directly to the Sun,otherwise it won't take 7 years,as it's speed, pleas someone explain why??.
Janith Wijerathna It's actually really friggin hard to hit the sun. Your spacecraft would have to cancel out all of Earth's orbital velocity. That would take a real big rocket. So use Venus to slow you down instead.
Dyou guys ever wonder, maybe our bodies are inside our minds, instead of vice versa?
Nah me neither
How it will touch it
Parker Solar Probe explained in detail ua-cam.com/video/zJo0tIxNLxU/v-deo.html
Why cant it just travel straight towards the star put on the brakes and get in a close circular orbit?
Erik Bakker pls explain in detail
srikanth reddy
High speed, in orbit around the sun, requires strong braking. Where's your fuel?
alibaba d tq
to decrease velocity you need energy... that would make it too heavy/big
Try it yourself in Kerbal Space Program. Boils down to its super inefficient.
Incrível como hoje em dia se pode calcular a órbita exata dos corpos celestes
Within 2028 the PROBE will be near the SUN
Why cant it orbit the sun?
It will be orbit the sun.
Proud to be american
..rf planets song
0:32 Oooooo Nooooooo!!!
No I hate it when parker solar probe hit venes and get closer the sun.😡😡😡😡😡😡
181224
Venus is orbiting anticlockwise, it should be clockwise
Tejaswi Samavedula venus is tidally locked, the planet's rotation is slower than revolution, perhaps parker probe maneuvers the venus orbit due to the momentum gaining from the sun's gravity assist
Venus orbits the same way as all the other planets, so the simulation is correct. Venus rotates clockwise on its axis, so the sun rises in the West and sets in the east. It rotates very slowly, but it’s not tidally locked, so a day on Venus is a bit longer than it’s year.
@@footlongdon1986
But...... The probe passes against rotation, correct?
This mission have 50-50 chance fail due to venus gravity intefear .
If the earth is rotating around the sun I dont sense any movement at all while on earth. I think our brains are capable of sensing motion.
michael sabella no, we’re capable of detecting ACCELERATION. And while sitting on a rotating globe where everything is moving smoothly and not going any faster or slower, NO we will not “feel” it. What is there to feel? The only reason you notice movement is when you move relative to when you were at rest.
Repeatable, predictable. Such is the nature of the truth. #globeearth4life
Lies and propaganda. The Earth isn't a globe, it's an oblate spheroid!