Holographic lecture halls.
Twenty-four venues wired for volumetric capture, spatial audio, and sub-thirty-millisecond AR/VR delivery. Lectures stream live from physical rooms into a synthetic seat next to you — raise your hand from a paddyfield, a tea-shop, a hostel bunk; the rostrum sees the heatmap in real time.
Live now, across the halls.
Phenomenology of attention in classical Indic darshana
Comparative constitutional design for plurinational states
Single-cell atlases of the developing cortex
Material grammars of the Indus glyph
Geometric Langlands — a working seminar
Compiler optimisations for sparse tensor kernels
Gravitational wave signatures from primordial black holes
Twelve principal venues.
Vidya Hall
- Volumetric capture (32 cam)
- Spatial audio 7.1.4
- Hand tracking
Hypatia Hall
- Volumetric capture (28 cam)
- Whisper-array audio
- 6-DOF tracking
Bhaskara Hall
- Volumetric capture (24 cam)
- Chalkboard depth-scan
- Spatial Q&A heatmap
Sushruta Hall
- Volumetric capture (20 cam)
- Body-rig motion capture
- 4K loupe overlays
Mira Hall
- Cinematic capture (12 cam)
- Ambisonic audio
- Skylight bias rig
Ramanujan Hall
- Volumetric capture (14 cam)
- Live LaTeX overlay
- Roundtable mic
Turing Hall
- Volumetric capture (22 cam)
- Code overlay layer
- Spatial Q&A
Aryabhata Hall
- Planetarium dome
- Volumetric capture (30 cam)
- 12k starfield projector
Ibn Sina Hall
- Volumetric capture (18 cam)
- Multi-translation feed
- Hand tracking
Gargi Hall
- Volumetric capture (18 cam)
- Manuscript loupe rig
- Spatial Q&A
Kepler Hall
- Volumetric capture (26 cam)
- Laser-safe AR overlay
- 6-DOF tracking
Maitreyi Hall
- Cinematic capture (14 cam)
- Bench-cam multi-angle
- Live transcript wall
How the holography actually works.
Volumetric capture pipeline
A circumference of 24–32 synchronised RGB-D cameras frames each rostrum. Depth maps are fused, meshed, and progressively textured into a streaming point-cloud at 60 frames per second.
- NeRF-derived view interpolation
- 2.4 Gbps raw → 28 Mbps delivered
- Time-of-flight + structured light hybrid
Spatial Q&A
Raise your hand from your seat — physical or synthetic — and a soft heatmap blooms above the rostrum where the lecturer can see it. They call on you by gaze; your audio routes to the spatial audio array.
- Per-seat directional capture
- Heatmap update at 8 Hz
- Whisper-pass for private answers
Replay in VR
Every lecture is archived as a six-degree-of-freedom recording. Walk around the rostrum after the fact, scrub a timeline, bookmark a board-fill, leave a margin note that future viewers can read.
- Frame-accurate seeking
- Bookmark + shared-thread annotations
- Per-board OCR for text search
Accessibility, by default
Live captions in eleven languages. A sign-language interpreter floats at the lower-right of the AR view. Full transcripts download as searchable text or richly-formatted notes the moment the lecture closes.
- 11 caption languages
- Sign-language overlay
- Transcript + slide bundle download
Book a private session.
The District's calendar.
The classroom is now everywhere.
A learner in a fishing village, a research scholar in a borrowed garage, a clinician between rounds — all seated, simultaneously, in the same hall. The lecture is no longer scarce.
Visit the live portal