OJANVU Quantum Labs
Room-temperature photonic quantum computers without cryogenics
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OJANVU is an Indian deep-tech company developing photonic quantum computers that operate at room temperature using continuous-variable quantum optics.
About OJANVU Quantum Labs
OJANVU Quantum Labs builds room-temperature photonic quantum computers using continuous-variable quantum optics and bosonic quantum computing. The company's systems operate at 20-40 degrees Celsius without requiring cryogenic cooling, eliminating the need for massive cooling equipment. OJANVU's approach embeds fault tolerance directly into the continuous optical wavefield and uses photons to carry quantum information through telecom fiber at room temperature.
Headquartered in India and engineered for global markets, OJANVU taps into photonics, precision fabrication, and quantum optics talent from premier academic institutions including IISc and IITs. The company is establishing a sovereign, scalable foundation for next-generation quantum computing by developing continuous-variable hardware natively in India and partnering with global cloud and enterprise data centers.
- quantum computing
- deep tech
- photonic
- room-temperature
- continuous-variable
- optical quantum processor
- cryogenic-free
Features worth knowing
- Room-temperature operation at 20-40 Celsius
- Zero cryogenics required
- Easy portable rack size
- Inbuilt fault tolerance in optical wavefield
- Continuous-variable quantum optics
- Photonic quantum information processing
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OJANVU Quantum Labs metrics
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| Domain Rating | 0 no change since last check |
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Ahrefs Domain Rating scanned 11 Nov 2026, updated 7 Nov 2026. Majestic scanned 7 Nov 2026, updated 7 Nov 2026. Link stats via Majestic. Trust Flow, Citation Flow and Topical Trust Flow are trademarks of Majestic-12 Ltd.
OJANVU Quantum Labs domain facts
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| Domain age | 2 months |
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| Registrar | GoDaddy.com, LLC |
| DNSSEC | Not signed |
OJANVU Quantum Labs launch results
| Measure | At launch, then latest |
|---|---|
| Domain Rating (Ahrefs) | 0 to 0 no change since launch 7 Nov 2026, then 10 Nov 2026 |
| Trust Flow (Majestic) | 0 first measured 7 Nov 2026 |
| Referring domains (Majestic) | 0 first measured 7 Nov 2026 |
Day 3 since launch. Next receipt: day 30, 7 Dec 2026. The figures report a change; they do not say what caused it, and many things can. No figure here is a guess.
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FAQ
- What is photonic quantum computing?
- Photonic quantum computing is a quantum hardware paradigm that utilizes photons—particles of light—to encode and process quantum information. Unlike matter-based systems such as superconducting circuits or trapped ions, photons exhibit minimal interaction with thermal environmental noise, enabling optical quantum computation at ambient room temperature without requiring cryogenic refrigeration.
- Can quantum computers operate at room temperature without cryogenics?
- Yes. Optical quantum states at telecommunication wavelengths (around 1550 nm, ~200 THz) have single-photon energies significantly higher than the ambient thermal energy (kBT) at 300 Kelvin. OJANVU harnesses continuous-variable quantum optics (CVQC) to achieve quantum computation at room temperature (20°C to 40°C), completely eliminating liquid helium dilution refrigerators.
- What is continuous-variable quantum computing (CVQC)?
- Continuous-Variable Quantum Computing (CVQC) encodes quantum information into continuous physical quadratures (amplitude and phase) of light fields, rather than discrete two-level qubit systems. CVQC enables deterministic generation of high-dimensional quantum states (squeezed light) and natively integrates with commercial fiber optics and photonic integrated circuits.
- How does OJANVU integrate quantum computing into data centers?
- Because OJANVU photonic processors operate at room temperature without heavy cryogenic infrastructure, they are built in standard 19-inch 2U and 4U rack-mountable form factors. They deploy directly into enterprise data center racks alongside CPU and GPU clusters via PCIe and NVLink interconnects.
- What applications can room-temperature photonic quantum computers solve?
- OJANVU photonic quantum co-processors target computationally intractable problems across molecular dynamics and drug discovery, quantum machine learning and AI optimization, high-dimensional Monte Carlo simulations in quantitative finance, and materials science design.
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Makers
- Siddhu ChelluruFounder
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