Home Nikon Real star max zoom, Nikon P1000 telescope camera 4K UHD

Real star max zoom, Nikon P1000 telescope camera 4K UHD

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Real star max zoom, Nikon P1000 telescope camera 4K UHD

This video is made with a Nikon p1000. I used 125x optical zoom and maximum digital zoom.

I am inspired by real video’s of the stars in our sky, purely because we see so less real video’s of the stars in the media and on the internet. The images we see, are absolutely not what the stars actually look like.

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46 COMMENTS

  2. Hey dude can you show us Jupiter, betcha won't get this effect due to it being a planet vs stars. Incomparable zooming in on something local v light years away expecting the same focus , thinking that the space between your scope (lens) n a star is a clean clear path so that nothing interferes with your view is primitive thinking. No firmament, no water above the clouds just technology making us think it looks like that without doing any research

  9. "Sonoluminescence is a phenomenon that occurs when a small gas bubble is acoustically suspended and periodically driven in a *liquid solution at ultrasonic *frequencies, resulting in bubble collapse, cavitation, and *light emission."

    Job 38:7 “stars sang”
    Revelation 5:11 “the voice of many angels”

  10. It's their own gravity, or frequency. Look at radio waves on a sand or water table, they are certain frequencies, like dream catchers, lol native Americans are actually a bunch of people, Cherokee, and high technological level, but they use ghost in the shell technology and altered time, so like.. 100 years in altered time, 2 months for us… but no progress. So your looking at like space stations stuck in the air, where they want to be, over stars, and that image you see with the camera is the distortion of the high amount of frequency they put in the air with the transmission lines and electric lines, "climate change, " and some people say, it's static. Like.. once you go to a part of the air, you are stuck, you have your own gravity, and can't leave. But.. like if you hit them with like a laser or flashlight, with polyphonic scales or poly rhythms, or like poly rhythms that like hit all at 0 over an over and to the other side, it vomits in the flashlight or laser, and the celestials have to recalibrate their position, and move, to move back. Well, sometimes if it's a while, they get momentum and like burst in fire like left to right I think, and move across the sky.

  13. bro its just out of focus, you're literally focusing on the atmosphere inside earth which is why the star appears as if its dancing, its the light getting scattered in the atmosphere before it reaches the camera, not the star itself. this behavior can be seen when you do the same for lamps as well, try to zoom in on a very far lamp and dont focus on it, it will be dancing like this.

    these people dont even know the basics of how cameras work…

  18. this is not caused by the camera being out of focus whatsoever. if you are on pc, hit pause and navigate frame by frame through the video using the comma and dot button. you can see this thing changing its form, color and appearance completely with every frame.

  26. The thing to remember about this however is the fact that we are recording from the surface of an atmospheric planet, which can cause distortions and illusions that would not potentially otherwise exist if recorded from the vacuum of space using the exact same equipment. There are many questions but all we can do is study this stuff the best we can using whatever we have. I will say that this star looks extremely beautiful when zoomed in like this. With my own equipment, I have only been able to zoom in close enough to see the colors, but not the way the shape seems to be changing as seen here. I look forward to studying more stuff like this in the future for sure!!!

  28. That pattern you are seeing is caused by refraction of the light throught the atmosphere. The refraction causes the flashes of color and intensity in stars that we call twinkling. This atmospheric disturbance is also why large telescopes were built in areas of high altitude with clear skies, and why they eventually started putting telescopes in space, so they could get past this atmospheric disturbance. It looks cool, but its not something that scientists are hiding from you. Unless spending billions on telescopes and launching them into space is a secret.

  32. The flimsy image you take with your cheap camera has absolutely nothing to do with what any star looks like. That is basically an out of focus, wobbling, wrongly exposed mistake.

  37. il y a un village il s'appelle taghaout au Maroc Tafraout
    Vous verrez ces merveilles et merveilles sans les machines sonores, alors cela ne vous dérange pas si vous les utilisez…………………………..رسالة رسالة رسالة رسالة خاص بك سترى العجائب والغرائب بدون الة التصوير فما بالك لواستعملتها مرحبا تلاتة ايام استمتع جمهورك اكتر مفاجأة

  42. 😂😂😂😂 the FE clowns in this comment section are hilarious. Your baby camera cannot zoom in on a star enough to clearly see it. What you are seeing is atmospheric scintillation. Even without the atmosphere, stars are literally too far away to take a detailed image of. The best image is of Betelgeuse and it is still blurry af.

  45. Out of focus and atmospheric distortion are LIES to try to make us think we can't believe our own EYES!
    I can TRUST my OWN naked eyes, without using ANY optical device!
    This is the EXACT appearance of most stars. Many pulsate and change colors very rapidly, which is quite obvious to the NAKED EYE.
    LIKE A DIAMOND IN THE SKY!

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