💥 Here is a Hubble Telescope image of the star Fomalhaut and its protoplanetary disk!
Fomalhaut is a relatively young star with about twice the mass of the Sun. That is precisely why it still retains its protoplanetary disk.
By the way ☝️ It is located quite close to Earth—just 25 light-years away.
@paolobertolucci Una cosa che sottolineerei maggiormente di Jannik, Paolo, è la sua straordinaria flessibilità a livello articolare
Ci ha fatto tremare al primo turno con quella scivolata e la caduta; e ieri, quando Elena ha urlato: “Attento!”: ma l’hai vista la caviglia..?
Pare Tiramolla! 😂🦾🤞🏻
Starting the #80th Week as World Number ONE the day after winning his #100th Match in a Slam and his #30th Career Title defeating Zverev for the #10th consecutive time.
Forza 🦊
Novak Djokovic al 13 luglio 2012 (anno del suo 25esimo compleanno) aveva 30 titoli
5 Slam
1 Finals
11 Masters
7 ATP 500
6 ATP 250
Jannik Sinner al 13 luglio 2026 (anno del suo 25esimo compleanno) ha 30 titoli
5 Slam
2 Finals
10 Masters
7 ATP 500
6 ATP 250
🚀🌌 Voyager 1 has left the Sun's protective bubble—the heliosphere—and is now traveling through interstellar space, over 25 billion km from Earth.
Launched in 1977, it's the most distant human-made object ever. Yet even after nearly 50 years, it isn't close to another star. At its current speed, reaching the nearest star system, Alpha Centauri, would take tens of thousands of years.
A humbling reminder of both human curiosity and the unimaginable scale of the universe. ✨
🚨: Did the Universe Ever Really Begin—or Is It Reborn Again and Again?
What if the Big Bang wasn’t the beginning of everything? What if our universe is just the latest in a never-ending cycle of cosmic rebirth? Scientists call this mind-bending idea the Big Bounce Theory.
According to this theory, the universe doesn’t just expand and drift forever. One day, gravity could pull everything back together, causing space itself to shrink and the cosmos to collapse. But here’s the twist: instead of ending in a point of infinite destruction, something incredible happens—the universe bounces back. A new expansion begins, stars and galaxies form again, and life can emerge once more.
Imagine a cosmos that never dies, a universe that keeps restarting itself over and over, each cycle hiding secrets from the one before. Some scientists even think tiny traces from previous universes might still be detectable, hidden in the faint glow of cosmic radiation. Could our universe hold memories of what came before?
The Big Bounce flips everything we thought we knew about beginnings and endings. Instead of a single birth, the universe might be eternal—dying, bouncing, and living again in a cosmic rhythm beyond human imagination.
The real question is… what if we’re not the first universe? And what if we won’t be the last?