Pioneering the
Future of
Light  Meta-Optics.

Transforming optical technology through advanced metasurface design, nanoscale fabrication, and system-level validation for next-generation photonics and quantum applications.

What We Offer

Metasurface Design

We design metasurfaces tailored to specific optical functions and system requirements. Our approach integrates freeform nanostructure optimization with fabrication-aware constraints.

Optical System-Level Validation

We evaluate optical concepts at the system level to ensure real-world feasibility. This includes performance analysis, integration constraints, and environmental considerations.

Nanofabrication

We provide high-resolution nanofabrication of advanced metasurface structures. Our processes are optimized for precision, repeatability, and structural fidelity.

Rapid Prototyping

We enable fast turnaround from design to fabricated metasurface devices. This allows quick validation and iterative optimization of optical concepts.

Device Characterization & Test

We offer detailed structural and optical characterization of fabricated devices. This includes verification of fabrication accuracy and performance metrics.

Scaling & Production

We provide pathways from prototype to scalable manufacturing solutions. Our approach focuses on process stability, yield, and repeatability.
What we offer

From first principles to fabricated reality

Phaseshift is one of a very small number of companies worldwide that can design and fabricate metasurfaces across a broad material and wavelength range — including UV and visible — for quantum applications.
Design

Metasurface Design & AI Co-pilots

Turnkey optical design services and an AI-native design platform that collapses weeks of manual exploration into hours — with fabrication constraints built into every step.
Fabrication

Metasurface Fabrication

World-class lithography, deposition and etch, and characterisation — with a proprietary HfO₂ platform that delivers lossless photonics down to UV wavelengths where silicon fails.
Design

Metasurface Products

As quantum systems scale to larger qubit counts, ultra-compact optical components become essential. Phaseshift is building the product layer that turns fabrication capability into industry infrastructure.

Smarter Optics.

Smaller Systems.

Bigger Impact !

We Work With

4

Startup Labs and Innovators

10

Research and Academic Labs

2

Large‑Scale Enterprises

Industries We Are Transforming

0 Inches

Wafer Size

0 :1

High Aspect Ratio Structures

UV → IR

Precision Nanoscale Fabrication

What Our Partners Are Saying

About Us

Phaseshift was founded by a team of scientists, engineers, and industry leaders with deep expertise in photonics, quantum science, and advanced optical engineering. With decades of collective experience, the team has contributed to numerous patents and a substantial body of peer-reviewed research spanning areas such as quantum optics, nanophotonics, and integrated photonics.

Investors & Supporters

Our Resources

Graph Theory Simplifies Quantum Network Design

Graph Theory Simplifies Quantum Network Design

Graph Theory Simplifies Quantum Network Design

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Quantum sensor

Quantum Sensors

Metasurfaces enable precise control of phase, polarization, and intensity required for atom-based sensing architectures. They replace bulk interferometric optics with compact, stable elements, reducing alignment sensitivity and system size.

Quantum Computing

Beam multiplexing components Metasurfaces generate structured optical fields required for neutral atom and ion trapping systems. They enable scalable trap arrays and reduce multi-component optical setups into a single engineered surface..

Defense & Security

Metasurfaces enable lightweight, compact optics for infrared imaging and laser-based systems. They improve system robustness by reducing alignment complexity and component count.

Autonomous Systems

Metasurfaces enable solid-state beam steering and wavefront control without mechanical components. They reduce system size and improve reliability in LiDAR-based sensing systems.

Imaging & Spectroscopy

Metasurfaces integrate multiple optical functions such as focusing and spectral filtering into a single layer. This reduces system complexity while enabling compact and high-performance imaging systems.

Display Systems

Metasurfaces enable ultrathin optical components for next-generation display architectures. They support compact, lightweight systems with precise wavefront control.

Space & Aerial Imaging

Metasurfaces reduce payload weight while maintaining optical performance for space and aerial platforms. They enable compact and robust optical systems with fewer components.

Biomedical & Life Sciences

Metasurfaces enable miniaturized optical components for imaging and diagnostic instrumentation. They reduce system size while enabling multifunctional optical control in compact devices.