Technology

Photonics, Quantum Technologies & Advanced Computing

Qtarang's technology focus is on emerging approaches that can enable new capabilities in computation, communication and sensing, built on a hardware-agnostic development capability.

Photonics-Based Computing

Exploring the use of photons and photonic architectures for next-generation computing and information processing.

Diagram of four photonic waveguides crossing a mesh of beam splitters

Capabilities

Photonic quantum computing
Linear optical computing
Single- and multi-photon computing
Photonic simulation
Quantum chemistry
Optimization
Quantum machine learning

Photonics & Quantum Sensing

Exploring photonic and quantum approaches to high-performance sensing, measurement, and information acquisition.

Diagram of a reference wave and a sensed wave shifting in phase as it passes through a field, then reaching a detector

Capabilities

Precision sensing
Optical sensing
Quantum sensing
Measurement systems
Scientific applications
Industrial applications

Quantum Computing

Applying emerging quantum computing technologies to selected computational and scientific problems.

Diagram of a three-qubit quantum circuit with gates, entangling operations and measurements

Capabilities

Quantum algorithms
Variational algorithms
Optimization
Simulation
Quantum machine learning
Quantum chemistry
Hybrid quantum-classical computing

Emerging Technology Intersections

Where Quantum Meets the Next Wave

Quantum and photonic technologies are converging with the next generation of connectivity and intelligent machines. Qtarang explores and develops applications at these intersections.

Line drawing of an antenna tower whose radio waves turn into light traveling through an optical fiber

6G & Next-Generation Networks

Applying photonics, quantum sensing, quantum-safe security, and quantum-inspired optimization to the networks that will connect, sense, and compute at once.

Integrated sensing & communication
Quantum-safe networks
Post Quantum Cryptography
Network optimization

Explore 6G

Line drawing of a robotic arm and a vehicle sending out sensing rays, with a photon path above

Physical AI

Physical AI & Autonomous Systems

Bringing quantum and photonic sensing, photonic computing, and hybrid optimization to robots, vehicles, and machines that perceive and act in the real world.

Precision perception
Resilient navigation
Motion & fleet optimization
Edge photonic computing

Explore Physical AI

Ecosystem

Build on the Ecosystem. Solve the Application.

Hardware-agnostic development capability, working across established software, simulation and hardware environments.

Quantum SDKs
Simulation environments
Cloud services
Photonic QPUs
Gate-based QPUs
Emerging architectures

From Technology to Application

See how these technologies translate into practical applications across science, engineering and industry.

Explore Technology Applications