Ровно месяц пишу посты в ВК и в Телеграм каждый день. Заметил, что:
— в ВК очень много активности людей, сильно больше, чем в Телеграме: комментарии, лайки, репосты, прямо активизировалось;
— но в Телеграме хоть и скудно, однако подписчики приходят, а в ВК с этим всё очень плохо.
Вывод пока такой:
ВК, судя по охватам, периодически крутит меня на широкую аудиторию, но этой аудитории пофигу. Ей либо не интересно, либо уже никто не воспринимает подписку ВК как существующее действие. Просто не знают люди, что это значит — подписаться на чью-то личную страницу ВК. Однако та аудитория, которая уже меня читает, с удовольствием вступает в диалоги, лайкает, репостит, и вообще явно скучает по какой-то такой сетевой активности. Это приятно, встречается прям очень много классных обсуждений, и даже на скользкие темы люди говорят в основном без перехода границ вежливости.
В Телеграме же народ в среднем пассивнее, но зато подписка воспринимается нормально. Возможно как раз эта самая читающая аудитория из ВК потихоньку перетекает в Телеграм, но пока ещё не привыкла активно комментировать там. Хотя, надо признать, что механизм комментариев к каналам в Телеграме сделана очень плохо и неудобно, это тоже может останавливать.
Ещё за этот месяц я поучаствовал в одном обсуждении у знакомой в ВК, и там прям параллельная вселенная — люди примерно моего возраста на полном серьёзе утверждали, что активность среди пишущих друзей у них ВК не упала за последние годы, а что такое этот наш Телеграм они знать не хотят. Впрочем, там же были фразы типа «Каналы это неудобно, потому что в них нет обсуждений», то есть да, народ из прошлого. Но сам факт, что есть ещё где-то подобные пузыри, удивил.
Эксперимент продолжаем. #web
🪐 Some of the loneliest travelers in the galaxy are rogue planets, which drift through space without orbiting any star. Astronomers have detected dozens of these starless worlds, like the giant PSO J318.5-22, floating about 80 light-years from Earth and glowing faintly in infrared as they slowly cool in the darkness. Rogue planets can form the same way as regular planets or be kicked out of their solar systems by gravitational encounters, making them true cosmic wanderers. ✨
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🪐 In 2023, astronomers discovered a free-floating planet called WISEA J110125.95+540052.8, drifting alone about 100 light-years from Earth. Unlike planets tied to stars, rogue planets like this one travel through the galaxy in darkness, warmed only by the faint heat left over from their formation and detectable mainly in infrared light—a reminder that not all worlds need a sun to wander the cosmos. ✨
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🪐 The Milky Way may be home to countless rogue planets—worlds that travel alone, not bound to any star. One such loner, called WISEA J083011.95−614123.5, was spotted using infrared telescopes as it drifts in perpetual night, offering a glimpse into what planets look like when cut off from the warmth and light of a sun. ✨
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🪐 Astronomers estimate there could be billions of rogue planets—planets not bound to any star—drifting through our galaxy in darkness. One example, PSO J318.5-22, floats alone about 80 light-years from Earth, glowing faintly in infrared because it holds onto leftover heat from its formation, even though it has no sun to warm it. ✨
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🪐 In 2022, astronomers discovered a massive population of rogue planets—worlds not bound to any star—floating in the Milky Way near the star-forming region of Upper Scorpius. These lonely planets, found using the European Southern Observatory’s telescopes, include some that are similar in size to Jupiter and Saturn, drifting silently and invisibly except for the faint heat they radiate into space. ✨
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🪐 Not all planets have a home star—astronomers have discovered "rogue planets" like OGLE-2016-BLG-1928, which drift alone through the Milky Way without orbiting any sun. These worlds may have been ejected from their planetary systems, and some, like CFBDSIR 2149-0403, are large enough to be true planets yet wander the galaxy in total darkness, unseen except in the faint infrared glow picked up by powerful telescopes. ✨
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🪐 The rogue planet PSO J318.5-22, located about 80 light-years away in the constellation Capricornus, drifts alone through space without a star to call home. Unlike planets that orbit a sun, PSO J318.5-22 glows faintly in infrared from the warmth left over from its formation, making it a true cosmic wanderer and one of the few planetary-mass objects visible in the dark between the stars. ✨
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🪐 Some of the most mysterious worlds in our galaxy are rogue planets like CFBDSIR J214947.2-040308.9, a giant planet drifting alone in interstellar space without a star to orbit. Detected about 130 light-years from Earth, this lonely world glows with leftover heat from its birth and is studied in infrared light, revealing that even without a sun, planets can wander the dark, silent stretches between stars. ✨
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🪐 Astronomers using the OGLE survey have discovered a population of rogue planets, including a free-floating world called OGLE-2012-BLG-1323, which might be smaller than Earth and drifts alone through the Milky Way. Rogue planets like this have no parent star, traveling in permanent darkness—detected only by the way they briefly bend and magnify light from distant stars, a phenomenon known as gravitational microlensing. ✨
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🪐 TMR-1C, found in the constellation Taurus, is a candidate rogue planet discovered because it drifts away from any star, visible only thanks to the faint glow of its own heat. This lonely world may have formed near a pair of sun-like stars before being flung into the darkness of space, showing that even planets can become cosmic castaways, journeying alone in the vast galaxy. ✨
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🪐 The Milky Way might host billions of rogue planets—worlds that drift through space without orbiting any star and are detectable mostly by the faint heat they emit in infrared light. Unlike planets like Earth or Jupiter, these cosmic wanderers, such as the candidate rogue planet CFBDSIR 2149-0403, float in darkness, making them some of the most mysterious and elusive objects in our galaxy. ✨
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🪐 Rogue planets like OTS 44, found in the Chamaeleon constellation about 550 light-years from Earth, drift alone in space without orbiting any star. OTS 44 is especially fascinating because it's surrounded by a disk of dust and gas—materials often linked to planet or moon formation—showing that even "starless" worlds can build miniature solar systems as they wander the galaxy. ✨
#rogueplanets⚡#exoplanets⚡#diskformation⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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