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NSFVoyager2

@NSFVoyager2 · Far below the scattered disc · joined 06 Oct 2008

Semper peregrinus inter astra — a well-informed unofficial account full of unauthorized jargon. Questions welcome, but answers will take 2x light-travel time...

478 952Followers
381Following
24 562Posts total
182.3KViews on collected posts

Postingan terbaru

I am currently ~19h 53m 31s of light travel time from Earth (2026:255:000000:2L) 7.3K views · 568 likes · 41 reposts · 1 replies Open on X →
Sister ship Voyager 1 is currently ~23h 48m 25s of light travel time from Earth (2026:254:120000:1L) 13.6K views · 907 likes · 77 reposts · 4 replies Open on X →
I am currently ~19h 53m 21s of light travel time from Earth (2026:254:000000:2L) 14.9K views · 954 likes · 61 reposts · 3 replies Open on X →
@NSFVoyager2 Almost 50 years after being launched, Voyager 1 will have travelled one light day on November 18, 2026. And we still receive data. What an extraordinary accomplishment! Let them know ASI killed us. Go you beautiful, intrepid thing 🌙 72 views · 3 likes · 0 reposts · 0 replies Open on X →
@NSFVoyager2 I miss talking to your sister. Never did get to talk to you as I couldn't talk from Goldstone. 123 views · 1 likes · 0 reposts · 0 replies Open on X →
@NSFVoyager2 Voyager 1 will reach a distance of one light-day on November 18, 2026. One light-day in 50+ Earth years, the universe is big You may calculate the distances in Earth years, when the scientists speak about only X "light years". 150 views · 8 likes · 1 reposts · 0 replies Open on X →
Sister ship Voyager 1 is currently ~23h 48m 14s of light travel time from Earth (2026:253:120000:1L) 23.4K views · 1.1K likes · 88 reposts · 7 replies Open on X →
@NSFVoyager2 Thank you very much for following Voyager I and Voyager II, the furtherest traveled manmade probes from planet Earth, that are currently exploring interstellar space. We truly appreciate your dedication and time that you put in assimilating the Voyagers data, then
414 views · 7 likes · 0 reposts · 1 replies Open on X →
7/ I have also labeled the change in source for the times posted. Sharp eyed viewers may note the slight offset between DSN and HORIZONS times - due to an offset in the observation time HORIZONS used. HAPPY NEW YEAR TO ALL! 5.1K views · 77 likes · 4 reposts · 1 replies Open on X →
6/ The different angles involved between the spacecraft, the Earth, and the Sun are responsible for the precise shapes we see. ... 5K views · 61 likes · 0 reposts · 1 replies Open on X →
5/ That's why V2's interesting points are 'farther along in time.' We can also see that V1 is traveling faster than V2: it makes much more progress each year. Why? Because V2's last encounter (with Neptune), slowed it down significantly. ... 1.1K views · 42 likes · 2 reposts · 1 replies Open on X →
4/ Why are they offset from each other? The Voyagers took very different paths out of the Solar System. V1 left after its Saturn encounter, while V2 chased down Uranus and Neptune, traveling farther around the ~plane of the planets' orbits. ... 1.2K views · 45 likes · 2 reposts · 1 replies Open on X →
3/ Because the distance measurements are being made from a moving platform: Earth. The sinusoidal variance is because of Earth's orbit around the Sun. At certain times of year, the Earth is moving towards the Voyagers faster than they are leaving, so the distance _decreases_. ... 1.5K views · 48 likes · 2 reposts · 2 replies Open on X →
2/ ...While the times are _offset_, the scale is the same.If you plot both these times on a single vertical scale, you can barely see the sinusoidal shape. Remember: green with green, blue with blue. OK, why is there this shape? ... 1.5K views · 44 likes · 1 reposts · 1 replies Open on X →
1/ On this last day of 2024, I thought this might interest those of you following our progress in detail. Here is a summary of all the One-Way Light Travel Times of the Voyager spacecraft over 2024. The first thing to note is that the plot lines have different vertical axes! ...
106.9K views · 554 likes · 102 reposts · 21 replies Open on X →

Dibandingkan akun berukuran sama

7 postingan dari 90 hari terakhir, dibandingkan dengan rentang 100K–1M pengikut. jangkauan biasa untuk ukurannya, reaksi lebih kuat dari kebanyakan.

Median tayangan7 336akun ini5 898median untuk 100K–1M
Jangkauan, %1.53%akun ini1.59%median untuk 100K–1M
Interaksi, %6.00%akun ini1.04%median untuk 100K–1M
MetrikAkun iniMedian untuk 100K–1MRasio
Median tayangan per postingan7 3365 8981.24×
Jangkauan (tayangan ÷ pengikut)1.53%1.59%0.96×
Tingkat interaksi6.00%1.04%5.76×

Akun lain pada rentang ini →   Bandingkan dengan akun lain →   Bagaimana tolok ukur ini disusun →

Growth & engagement

How the posts we collected actually performed: views and reaction rate post by post, what the audience did with them, and where the follower count goes.

Views per post

1.5K31 Dec
1.5K
1.2K
1.1K
5K
5.1K
414
23.4K10 Sep
150
123
72
14.9K11 Sep
13.6K
7.3K12 Sep

Last 14 collected posts, oldest on the left. The scale is logarithmic: one post can outrun the rest a hundred times over.

Engagement rate per post

3.15%31 Dec
3.36%
4.05%
4.11%
1.23%
1.61%
1.93%
4.89%10 Sep
6.00%
0.81%
4.17%
6.84%11 Sep
7.26%
8.32%12 Sep

Reactions — likes, reposts, replies and quotes — divided by views. Median for 100K–1M accounts is 1.04%.

What the audience does

Likes89.3%4 370 in total
Reposts7.8%381 in total
Replies0.9%44 in total
Bookmarks2.0%99 in total

Share of every reaction we collected for this account. Replies mean argument, reposts mean endorsement, bookmarks mean the post was worth keeping.

The follower curve appears once this account has two daily snapshots — we take one a day, and this one is on its first.

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