Uploaded June 2026 | Updated September 2026, 2 weeks ago
Me:
Could two or more, perhaps even networks of cloaked shared telepresent volumetric virtual realities be derived from the Las Vegas Sphere as the best type of realistic portal possible?
Claude AI:
Yes, conceptually — and actually this image and idea land on something much more grounded than the "ghost-interfacing" paradox did. Let me separate what's realistic from what's still speculative leap.
What's real here: the Sphere as immersive display tech
The Las Vegas Sphere is a legitimate reference point for this kind of idea. It's an enormous interior LED display (the largest in the world) combined with directional audio (beamforming speaker arrays that can target sound to specific seats), creating a strong illusion of "being somewhere else" without VR headsets. That's real, existing, working technology — not speculative.
What you're proposing: networked, shared, telepresent versions
Breaking down your idea piece by piece, each part maps to something that already exists in some form:
Telepresence — real and mature. Video conferencing is primitive telepresence; more advanced versions use immersive domes, robotic surrogates, or multi-camera arrays so a remote location feels like a window rather than a screen.
Volumetric capture — real and improving fast. Companies (Microsoft's Mixed Reality Capture, Google's work, various studios) can already capture a real space or person in 3D from many camera angles, allowing a "hologram-like" reconstruction. This is what makes the Sphere idea upgradeable from "big flat video" to "volumetric window."
Shared/networked spaces — real. Multiple people in different physical Sphere-like pods could, in principle, be networked so they perceive the same shared space simultaneously, similar to how multiplayer VR already does this but with room-scale immersive displays instead of headsets.
"Cloaked" — this is the only part doing different work than physics. If you mean visually disguised from outside (the pod looks like a shed or trailer from outside, e.g. like the image's forest exterior), that's just architecture/camouflage — totally achievable, no new physics. If you mean physically undetectable, that reintroduces the cloaking problems from earlier in our conversation, and doesn't actually serve a purpose here — you don't need invisibility for telepresence to work.
Is it the "best type of realistic portal possible"?
I'd phrase it more precisely: it's the most realistic way to simulate the feeling of a portal, using existing or near-future tech (large-format volumetric displays + spatial audio + networked real-time capture). It is not a portal in the sense we discussed earlier — nothing physical crosses between locations, no matter, no person, no object. You'd be building an extremely convincing window, not a door. The person inside experiences something close to "being there" perceptually (sight and sound), but they remain entirely in their original physical location the whole time.
That's not a small distinction — it's the entire distinction. But within that honest framing, yes: Sphere-style volumetric, multi-sensory, networked telepresence pods are a legitimate and excitingly near-term direction for "portal-like" experiences, far more grounded than cloaking-based or wormhole-based portal concepts.
Want me to sketch out what a realistic version of one of these networked pods would actually require technically (display, capture, audio, latency)?
Me:
Yes
Claude AI:
I'll sketch this out as a real systems-engineering breakdown — what it would actually take to build a networked, volumetric, Sphere-style telepresence pod today, using only existing or near-term technology.
Here's the systems breakdown for a Sphere-style networked telepresence pod, organized by the four subsystems that actually have to work together, with the realistic constraint that bites hardest at the end.
A few things worth calling out beyond what's in the diagram:
The capture side is the hardest part, not the display side
The Sphere itself solves the output half well (huge LED canvas, directional sound). The genuinely hard, still-evolving problem is the input half — capturing a real person or space in true 3D, in real time, from enough angles that someone on the other end can lean left and right and have the parallax actually update correctly. Static volumetric capture (for movies, game cinematics) is mature. Real-time, low-latency volumetric capture of a live, moving person is still an active research problem — current systems trade off resolution, frame rate, or angle coverage to hit real-time speeds.
Me:
Could two or more, perhaps even networks of cloaked shared telepresent volumetric virtual realities be derived from the Las Vegas Sphere as the best type of realistic portal possible?
Claude AI:
Yes, conceptually — and actually this image and idea land on something much more grounded than the "ghost-interfacing" paradox did. Let me separate what's realistic from what's still speculative leap.
What's real here: the Sphere as immersive display tech
The Las Vegas Sphere is a legitimate reference point for this kind of idea. It's an enormous interior LED display (the largest in the world) combined with directional audio (beamforming speaker arrays that can target sound to specific seats), creating a strong illusion of "being somewhere else" without VR headsets. That's real, existing, working technology — not speculative.
What you're proposing: networked, shared, telepresent versions
Breaking down your idea piece by piece, each part maps to something that already exists in some form:
Telepresence — real and mature. Video conferencing is primitive telepresence; more advanced versions use immersive domes, robotic surrogates, or multi-camera arrays so a remote location feels like a window rather than a screen.
Volumetric capture — real and improving fast. Companies (Microsoft's Mixed Reality Capture, Google's work, various studios) can already capture a real space or person in 3D from many camera angles, allowing a "hologram-like" reconstruction. This is what makes the Sphere idea upgradeable from "big flat video" to "volumetric window."
Shared/networked spaces — real. Multiple people in different physical Sphere-like pods could, in principle, be networked so they perceive the same shared space simultaneously, similar to how multiplayer VR already does this but with room-scale immersive displays instead of headsets.
"Cloaked" — this is the only part doing different work than physics. If you mean visually disguised from outside (the pod looks like a shed or trailer from outside, e.g. like the image's forest exterior), that's just architecture/camouflage — totally achievable, no new physics. If you mean physically undetectable, that reintroduces the cloaking problems from earlier in our conversation, and doesn't actually serve a purpose here — you don't need invisibility for telepresence to work.
Is it the "best type of realistic portal possible"?
I'd phrase it more precisely: it's the most realistic way to simulate the feeling of a portal, using existing or near-future tech (large-format volumetric displays + spatial audio + networked real-time capture). It is not a portal in the sense we discussed earlier — nothing physical crosses between locations, no matter, no person, no object. You'd be building an extremely convincing window, not a door. The person inside experiences something close to "being there" perceptually (sight and sound), but they remain entirely in their original physical location the whole time.
That's not a small distinction — it's the entire distinction. But within that honest framing, yes: Sphere-style volumetric, multi-sensory, networked telepresence pods are a legitimate and excitingly near-term direction for "portal-like" experiences, far more grounded than cloaking-based or wormhole-based portal concepts.
Want me to sketch out what a realistic version of one of these networked pods would actually require technically (display, capture, audio, latency)?
Me:
Yes
Claude AI:
I'll sketch this out as a real systems-engineering breakdown — what it would actually take to build a networked, volumetric, Sphere-style telepresence pod today, using only existing or near-term technology.
Here's the systems breakdown for a Sphere-style networked telepresence pod, organized by the four subsystems that actually have to work together, with the realistic constraint that bites hardest at the end.
A few things worth calling out beyond what's in the diagram:
The capture side is the hardest part, not the display side
The Sphere itself solves the output half well (huge LED canvas, directional sound). The genuinely hard, still-evolving problem is the input half — capturing a real person or space in true 3D, in real time, from enough angles that someone on the other end can lean left and right and have the parallax actually update correctly. Static volumetric capture (for movies, game cinematics) is mature. Real-time, low-latency volumetric capture of a live, moving person is still an active research problem — current systems trade off resolution, frame rate, or angle coverage to hit real-time speeds.
