@imas_023._: .Bismillah....🎧 📖 Bagian dari Surah An Nazi'at 🎙️Qari' Mustafa Mahdi حفظه الله ✨Barakallahu fiikum 🌷 #القران_الكريم #القارئ_مصطفى_مهدي #murottalmerdu #murottalquran #quran

Imas_023._
Imas_023._
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andika40496
Andika🇮🇩❤️🇵🇸 :
😢😢😢ya RABBI lindungilah kami ya RABB
2026-11-09 11:26:51
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Voyager 1 will finally be one light-day from Earth – 50 years of traveling later. On November 18, 2026, it is expected to become the first human-made object one light-day from Earth, roughly 16.1 billion miles (25.9 billion kilometers) away. But the distance matters because of what happened along the way. When Voyager 1 launched in 1977, its destination was the outer planets. At Jupiter, it revealed active volcanoes erupting on Io, the first ever observed beyond Earth. A moon once seen as a distant point of light became a world with a changing surface. At Saturn, it examined the intricate rings and the thick atmosphere surrounding Titan. Its encounter with the planet redirected its path above the plane where most planets orbit, sending it toward the space between stars. The planetary visits ended. The journey did not. For decades, Voyager traveled through the vast region dominated by the solar wind, the stream of charged particles flowing outward from the Sun. In 2012, its measurements revealed a transition: particles from the Sun declined while particles arriving from beyond the solar system increased. Plasma measurements helped confirm that Voyager had entered interstellar space. It had crossed the heliopause, the outer boundary of the solar wind’s influence, and begun sampling an environment no spacecraft had reached before. That is what makes its journey more than a distance record. Voyager carried instruments into places we had previously studied only from afar, then sent back evidence of what was actually there. Now, every message must cross almost an entire day of space at light speed. A command and an immediate reply take roughly two days. The spacecraft that showed us erupting moons and Saturn’s rings is still teaching us about the space beyond the Sun’s protective bubble.
Voyager 1 will finally be one light-day from Earth – 50 years of traveling later. On November 18, 2026, it is expected to become the first human-made object one light-day from Earth, roughly 16.1 billion miles (25.9 billion kilometers) away. But the distance matters because of what happened along the way. When Voyager 1 launched in 1977, its destination was the outer planets. At Jupiter, it revealed active volcanoes erupting on Io, the first ever observed beyond Earth. A moon once seen as a distant point of light became a world with a changing surface. At Saturn, it examined the intricate rings and the thick atmosphere surrounding Titan. Its encounter with the planet redirected its path above the plane where most planets orbit, sending it toward the space between stars. The planetary visits ended. The journey did not. For decades, Voyager traveled through the vast region dominated by the solar wind, the stream of charged particles flowing outward from the Sun. In 2012, its measurements revealed a transition: particles from the Sun declined while particles arriving from beyond the solar system increased. Plasma measurements helped confirm that Voyager had entered interstellar space. It had crossed the heliopause, the outer boundary of the solar wind’s influence, and begun sampling an environment no spacecraft had reached before. That is what makes its journey more than a distance record. Voyager carried instruments into places we had previously studied only from afar, then sent back evidence of what was actually there. Now, every message must cross almost an entire day of space at light speed. A command and an immediate reply take roughly two days. The spacecraft that showed us erupting moons and Saturn’s rings is still teaching us about the space beyond the Sun’s protective bubble.

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