Jeff Lesperance | Astrophotography

𝗦𝗽𝗮𝗰𝗲 𝗣𝗵𝗼𝘁𝗼𝗴𝗿𝗮𝗽𝗵𝘆 | 𝗦𝗰𝗶𝗲𝗻𝗰𝗲

[Jeff Lesperance | Astrophotography @astrojeff_]

@darkagenda @Ghostbanned7 @haprho Buy a telescope

[Jeff Lesperance | Astrophotography @astrojeff_]

@darkagenda @Ghostbanned7 @haprho I have

[Jeff Lesperance | Astrophotography @astrojeff_]

@darkagenda @haprho I've personally done that. Polaris does move

[Jeff Lesperance | Astrophotography @astrojeff_]

@ICRscience Fact check: false

[Jeff Lesperance | Astrophotography @astrojeff_]

@ICRscience Pro tip: your "god" doesn't exist. Nearly every single object in the entire sky is older than your claimed universe

[Jeff Lesperance | Astrophotography @astrojeff_]

@JayG_124 Prove it

[Jeff Lesperance | Astrophotography @astrojeff_]

@Nonlin_Org The existence of spherical rotating planets in our solar system is an objective fact known for centuries, yet some sub-humans still somehow doubt that

[Jeff Lesperance | Astrophotography @astrojeff_]

@danielgoesmax Find a school bus and get on it

[Jeff Lesperance | Astrophotography @astrojeff_]

@_maltheism_ Prove your "firmament" exists

[Jeff Lesperance | Astrophotography @astrojeff_]

@truthache68 Planets are absolutely NOTHING like stars. Any telescope in existence will tell you that

[Jeff Lesperance | Astrophotography @astrojeff_]

@jtfollowsjc Science wins every time

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho 1. Again, the angle your claim the scooe is at is WAY too low. He's pointed correctly on the ISS

2. The only way he can get a 12 second video of the ISS in frame is by tracking it manually, which he does. Otherwise, the ISS would zip through the FOV within 1 second

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho Your claimed angle on that scope is also WAY too low

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho It isn't. I know from experience that telescopes can actually be aimed much higher than how a camera at a distance will make it look. Like I said, hes tracking the ISS manually, moving the scooe around to keep the ISS in frame as much as possible, then aligning the video frames

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho Correct. Glad you finally learned that

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho Not if you understand how this works at all. With ISS pics you can either wait for it to pass through the frame (which is easier), or track it manually and hope it ends up on the sensor. Then just align all the video frames. The dude in the video did the 2nd option

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho Ya, its not overly difficult. The ISS is about the same size in the sky as Jupiter, so if you can resolve that (which most telescopes can), then you can resolve the ISS.

Its speed is also slower than you think: its about 1 degree per second on average

[Jeff Lesperance | Astrophotography @astrojeff_]

@AHewitt973255 @zZzzwfz Nah we don't accept it because its objectively wrong and retards should be called out and corrected

[Jeff Lesperance | Astrophotography @astrojeff_]

@zZzzwfz There is only 1 sun in existence, retard, and humans will never he capable of correctly simulating it. Your deliberate ignorance does not change reality

[Jeff Lesperance | Astrophotography @astrojeff_]

@rahimfaid1 @ioandtitan @PPLwatcher215 @SamSon23311320 @haprho Skill issue. The ISS moves about 1 degree per second on average, which is fast but still slower than you think, making it fairly easy to track manually