Сайты "Комитета" VC, DTF, TJ ввели функцию создания блогов. Я уже много лет пишу о том, что в рунете остро не хватает ресурса для текстового контента, каким когда-то был ЖЖ. Многие авторы размываются между соцсетями, но там, как правило, либо аудитория не годится для длинных качественных текстов (ВК, Дзен), либо инструменты самой сети очень слабо подходят под ведение (Instagram) и развитие (Telegram) текстового блога.
Есть Хабр, однако вести там произвольный авторский блог нельзя. Всё строго тематически и даже в некотором смысле научно. Это хорошо, но это не совсем то, о чём я говорю.
Некоторые считают, что в качестве такого ресурса мог бы выступать Пикабу. Но Пикабу очень сильно отодвигает внимание от автора в пользу тематики и популярности отдельных постов. Мало кому интересен "хороший автор Вася, который пишет на Пикабу". Люди туда приходят за "вот эта лента постов разных авторов, не важно, каких".
И здесь Комитет сделал хороший ход. Ладно, DTF это развлекательный ресурс, подозреваю, что его аудитория в среднем молодая, и готова только к контенту на определённые темы. Что касается TJ, то изначально это был как бы сайт с новостями интернета, а потом просто сайт с новостями без чёткого направления, что привело сейчас не только к блокировке (которую, видимо, Комитет рассчитывает снять), но и критическому росту объёма политизированности и количества очагов русофобии в комментариях.
А вот на VC у меня есть надежды. Я уже писал вам давно о своём весьма положительном опыте публикации там. И в целом аудитория, судя по обсуждениям, довольно взрослая и адекватная. Даже вспыхнувшую политоту потихоньку тушат именно со стороны комьюнити. Изначально это ресурс для бизнесменов, про бизнес и стартапы, поэтому можно предположить, что доля разумных людей довольно высока.
Но сам я блог там не создал, хотя рука тянулась. Не хватит моего внимания уже на три места, даже если контент более менее копировать. Хотя, возможно, я по итогам ведения страницы ВК и канала тут стабилизируюсь на каких-то двух-трёх базовых темах и создам.
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🪐 The Hubble Space Telescope has helped reveal that most of the universe’s mass is invisible, made up of “dark matter”—an unknown substance detected only by its gravity, which bends light from faraway galaxies in a process called gravitational lensing. Even more mysterious is “dark energy,” discovered through distant supernovae in galaxies like Messier 81, which acts like a force pushing galaxies apart and causing the universe’s expansion to speed up, reshaping our entire understanding of the cosmos. ✨
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🪐 The galaxy cluster CLASH J0152.7-1357, observed by both Hubble and ground-based telescopes, contains vast amounts of dark matter—an invisible substance revealed only by its powerful gravitational pull on galaxies and hot gas. Despite being undetectable by any normal telescope, dark matter outweighs the visible content in CLASH J0152.7-1357, shaping the cluster and allowing scientists to map where this mysterious material gathers in the cosmos. ✨
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🪐 The spiral galaxy NGC 3198, located about 47 million light-years away in the constellation Ursa Major, was a breakthrough in the study of dark matter. Scientists found that its outer stars orbit at roughly the same speed as those near the center, defying expectations unless there is an enormous amount of invisible dark matter—an unknown substance that adds gravity without emitting light—surrounding the galaxy like a cosmic halo. ✨
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🪐 In the Pinwheel Galaxy (Messier 101), astronomers have measured how its swirling arms rotate much faster than visible matter alone can explain. This strange speed points to dark matter—an invisible substance detected only by its extra gravity—outweighing normal stars and gas by up to six times, making Messier 101 a classic example of how much of the universe’s structure is hidden from our eyes. ✨
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🪐 In the spiral galaxy NGC 4921, astronomers have mapped out huge regions where most of the matter is invisible—made up of dark matter, a mysterious substance detected only by its gravitational effects on stars and gas. Despite being one of the most prominent galaxies in the Coma Cluster, NGC 4921 is surrounded by far more dark matter than visible material, highlighting just how much of the universe remains hidden from our telescopes. ✨
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🪐 The spiral galaxy NGC 4258, also known as Messier 106, contains strange spiral arms of gas that don't match the galaxy’s visible star pattern—these arms are thought to trace where dark matter, an invisible substance that makes up most of the galaxy's mass, is pulling in extra gas. By mapping the way the gas moves, astronomers use NGC 4258 as a real-world laboratory to study the hidden influence of dark matter in shaping entire galaxies. ✨
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🪐 The mysterious "dark flow" observed in the movement of galaxy clusters like Abell 3627 suggests that something unseen—possibly related to dark matter or dark energy—is pulling vast regions of the universe in the same direction. This large-scale motion, detected using X-rays from hot gas in clusters, remains unexplained by normal gravity and hints at the hidden forces shaping the cosmos beyond what we can directly observe. ✨
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🌎 At the heart of the Sombrero Galaxy (M104), astronomers have detected an unusually massive concentration of dark matter, wrapped around a brilliant core of billions of stars. This hidden halo exerts a mysterious gravitational force, warping the galaxy’s structure and leaving its spiral arms edged with hauntingly luminous dust lanes. ✨
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🪐 In 2019, scientists mapped the "cosmic web" of the universe by measuring how galaxies like those in the Bootes Void are connected by invisible filaments of dark matter. These dark matter strands, which cannot be seen or touched, act as a hidden scaffolding—shaping where galaxies form and how giant cosmic structures grow across billions of light-years. ✨
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🪐 In the galaxy cluster known as the Bullet Cluster (1E 0657-56), a cosmic collision has split ordinary matter—seen as hot X-ray gas—from invisible dark matter, which can only be traced by its gravity. By observing how light from background galaxies bends around the Bullet Cluster, astronomers have created detailed maps showing where dark matter gathers, making this system a real, visual proof that most of the universe’s mass is hidden and does not emit light. ✨
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🪐 Astronomers have measured that the Coma Cluster—a giant gathering of thousands of galaxies—stays held together by vast amounts of dark matter, an invisible substance that can't be seen but adds enough gravity to keep the cluster from flying apart. Despite all the stars and gas we observe, dark matter in the Coma Cluster outweighs everything visible by more than five times, showing how this hidden ingredient shapes the largest structures in the universe. ✨
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🪐 The spiral galaxy NGC 3198 has helped scientists map the mysterious effects of dark matter—a hidden substance that doesn't emit light, but has enough gravity to control how stars move far from the galaxy's center. By tracing the speeds of stars in NGC 3198’s outer edges, astronomers found they move much faster than visible matter alone can explain, revealing an invisible halo of dark matter wrapped around the galaxy. ✨
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