How to Get the Bloodfeather Set in Enshrouded

You can find all pieces of Bloodfeather armor in Hidden Tombs, which are part of the Glimmer of Eternity questline. There are actually four tombs, but because one has two entrances, people often think there are five. The good news is that enemies and loot respawn in these tombs regularly, making it a good spot to farm repeatedly.

Can You Connect AirPods to PS5?

The simplest way to connect AirPods to your console is with a Bluetooth adapter that plugs directly into it. When you buy one, be sure it supports Bluetooth 5.0, because older adapters often don’t work with AirPods. You’ll need to purchase the adapter separately from your PS5, but it’s a more affordable option if you don’t want to spend a lot on a headset.

ETH’s Fusaka Upgrade: Will It Hit $7K? 💸🔥

With the development promising major scalability, cost and throughput improvements, will it light up price action just like the Pectra upgrade did back in May? Probably not, but hey, let’s all pretend we’re Warren Buffett with a side of optimism! 🧠💰

Crypto’s Biggest Breakups: Binance Says “BYE!” 👋

Binance says it’s “routine reviews.” Right. Like routine reviews involve deciding which cryptocurrencies are good enough to hang with the cool kids. They’re looking at things like, is the team still talking to each other? Is the project… happening? Is anyone even buying this? You know, the important stuff. 🤔 It’s like a high school social committee, but with more blockchain.

Catching Quantum Reality in the Act

The study demonstrates that decoherence rates in nanoparticles exhibit contrasting behaviors depending on the underlying physical mechanism: environmental decoherence increases quadratically with superposition size, while the continuous spontaneous localization (CSL) model-characterized by a correlation length of 100 nm and parameters including a rate of $10^{-21}~\mathrm{s^{-1}}$ and a reference mass of $1.66\times 10^{-27}~\mathrm{kg}$-predicts a saturation of decoherence, forming a distinctive plateau that serves as an identifying signature of the collapse model, even for particles with masses around $1.0\times 10^{-17}~\mathrm{kg}$ and subjected to trap frequencies of $2\pi\times 10^{5}~\mathrm{rad/s}$.

Researchers propose a detailed experimental path to discern whether the transition from quantum to classical behavior stems from environmental influences or a fundamental shift in quantum mechanics itself.