Stranger Things Fans Need to Watch Four Episodes Before Starting Season 5 (None Are From Season 1)

If you’ve been keeping up with the show, you’re likely ready for season 5. But if you’re short on time, the creators, the Duffer Brothers, recently told THR the four episodes you absolutely need to rewatch to get up to speed. Interestingly, these key episodes are all from seasons 2 and 4 – none are from the first season. Check out the list below to quickly catch up!

James Cameron Reveals He Nearly Directed Wicked 15 Years Ago

I was listening to Matthew Belloni’s podcast, The Town, and James Cameron dropped a fascinating tidbit. He revealed he was seriously considered to direct the upcoming Wicked movie, and even had meetings with Universal Pictures about it! It really got me thinking about how big these projects can feel – Cameron was talking about movies needing to be events, and this certainly sounds like one. You can find his full comments below.

🚀 XRP’s Wild Ride: $2.60 or Bust? Whales Are Laughing All the Way to the Bank 💸

Like a prisoner counting the days on a Gulag wall, the analyst known as Ali Martinez has chronicled XRP’s Sisyphean struggle within the confines of this Parallel Channel. A pattern, they call it-though “pattern” implies order, and order is a luxury the crypto markets seldom afford. The upper line, a cruel overseer, smothers any attempt at escape. The lower line, a reluctant savior, offers fleeting respite before the next plunge.

🙌✨ The Majestic Bitcoin’s Dazzling Return to $90K! 🦄🔮

As our protagonists wheel and dance, the grand crypto market capitalization, like a diligent acrobat on a high wire, soared by 3.6% to $3.2 trillion. Bitcoin, in its regal grace, traded at $91,404, an ascent of 4.6% in mere hours. BNB, not to be outshone, reached $895, up 3.6%, whilst XRP tiptoed to $2.20, a gain of 1.3%, and Ethereum, the dark horse, soared to $3,038, up a robust 3.8%.

Hidden Forces of the Quantum Realm

The study demonstrates that a quantum system’s coherent superposition-manifesting as spatially separated lobes and interference-can selectively activate a latent gauge field, distorting it in a manner unattainable through classical mixtures with identical coarse-grained mass profiles, thereby revealing a coherence-selective coupling mechanism.

A new theoretical framework proposes that coherence, not just charge, can experience gauge interactions, potentially unlocking the secrets of decoherence and entanglement.