静态网站悖论
个人网站的两种不同实现方式：一种是复杂的内容管理系统（CMS），另一种是简单的静态 HTML 文件。文章指出，尽管大多数普通用户倾向于使用复杂的解决方案（如 WordPress），但实际上，只有少数专业软件工程师能够选择更简单的静态网站。
via HackerNews 2024 10 09
前两天刚好听朋友说 square space 已经涨到了近乎搞笑的 $25 月费，做不用来盈利的个人博客实在难以 justify。这篇文章中吐槽得很在点子上：
normal users are stuck with a bunch of greedy clowns that make them pay for every little thing, all while wasting ungodly amounts of computational power to render what could have been a static website in 99% of cases.
普通用户被困在了一群屁大点功能都要收费的贪婪小丑手里，与此同时浪费着人神共愤额度的算力来渲染 99% 的情况下都可以作为静态的网站。
当然原文中说的“只有少数专业软件工程师才能选择更简单的静态网站”略微夸张并不认同，因为静态站至少是比 self-host 的动态 CMS 少太多维护了。我的 backlog 里也一直躺了篇安利新手用静态站并拉踩 WP 的文，不过网上这种文已经有无数了也还是拦不住前赴后继往各种 CMS 的坑里冲的新手，觉得写了又有什么意义呢就还搁着没写。（当然迟早会像以前反复造的无数轮子一样被废话欲战胜的 but not today）
#indieblog#newletter
🪐 In 2021, astronomers detected a record-breaking gamma-ray burst called GRB 211211A, which defied expectations by lasting over a minute—much longer than most "short" bursts thought to arise from merging neutron stars. Observations with space telescopes revealed this unusually long burst likely came from the merger of two neutron stars in a distant galaxy, showing that cosmic collisions can create gamma-ray explosions with a wider variety of durations and energies than previously believed. ✨
#gamma-ray-bursts ⚡#neutron-stars ⚡#cosmic-explosions ⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🪐 In December 2004, the galaxy NGC 1637 in the constellation Eridanus was the source of a rare and powerful cosmic event known as a "short gamma-ray burst." Lasting less than two seconds, these bursts are believed to result from the merger of two neutron stars—ultra-dense remnants of massive stars—which create a flash of high-energy gamma rays strong enough to briefly outshine entire galaxies before fading away in moments. ✨
#gamma-rays ⚡#neutron-stars ⚡#cosmic-explosions ⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🪐 In April 2023, the Hubble Space Telescope captured the fading afterglow of GRB 230307A, a gamma-ray burst originating over a billion light-years away in the constellation Leo. This colossal explosion was traced to the merger of two neutron stars—super-dense remnants of dead stars—that created not only intense gamma rays but also heavy elements like gold and platinum, revealing the dramatic cosmic origins of some of Earth’s rarest materials. ✨
#gamma-ray-bursts ⚡#neutron-stars ⚡#hst⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🪐 The star PSR J0952–0607, about 3,200 light-years away, is the fastest-spinning known pulsar—a type of neutron star that emits beams of radiation—as it completes over 707 rotations every single second. This "black widow" pulsar is slowly destroying its companion star with powerful radiation, a cosmic process that leaves behind only the densest, most compact remnant. ✨
#pulsar⚡#neutron-star ⚡#rotation⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🚀У SpaceX появился реальный конкурент!
Rocket Lab почти достроила свою "Starbase" для ракеты Neutron🌍🛰
Стартовый комплекс Launch Complex 3 на побережье в Mid-Atlantic Regional Spaceport (NASA Wallops, США) практически готов. Уже начата поэтапная активация систем перед испытаниями, а официальное открытие намечено на следующий месяц. 📆
📡 По снимкам видно:
— высокая стартовая башня
— минимум один стартовый стол
— инфраструктура для тестов и запусков
🧪 Ракета Neutron:
🔹 до 15 000 кг — в одноразовом варианте
🔹 до 8 000 кг — с возвращаемой ступенью
🔁 Rocket Lab прорабатывает возврат первой ступени — в духе SpaceX
💬 Вопрос, «строит ли Rocket Lab свой Starbase», остаётся открытым. Но LC-3 уже выглядит как стратегическая база многоразовых запусков, что явно указывает на большие амбиции компании. Первый запуск Neutron может стать переломным моментом в мировой космической гонке 🌌🔥
#RocketLab#Neutron#SpaceX#Starbase#космос#ракеты#NASA#новости#многоразоваяракета#технологии