01 / Quantum materials
Twist-controlled
heterostructures.
Complex multilayer stacks for moiré quantum materials, with crystal selection, alignment and advanced twist metrology connected to the build.
Explore research systemsApplications
New materials.
New device possibilities.
Atomically thin materials can be stacked into devices impossible with conventional semiconductors.
Atomic Architects enables the fabrication workflow for next-generation electronics, photonics and quantum technologies.
Twist-controlled
02 / Photonics & optoelectronics
Build the stack.
Connect the optical
quality assurance.
2D heterostructures for photonic and optoelectronic research, with imaging and spectroscopy within the assembly workflow.
Explore optical metrology03 / Advanced electronics
Beyond-silicon
device research.
Explore atomically thin material combinations for advanced electronic devices, with design-to-execution software and documented builds.
Explore the platform04 / AI Science
From automated fabrication
to autonomous materials science.
AI-guided materials discovery needs experiments in the loop. Connect our automated fabrication and metrology platform with computational prediction and decision making.
Explore autonomous experimentationMulti-user facilities & applied R&D
The same workflow
across multiple operators.
National facilities need reproducibility. Applied R&D needs documentation.
Connect crystal selection, machine-vision assembly, and optical QA so each device has a build record.
Tell us what your 2D
device needs are.
We’ll discuss the assembly and metrology workflow around your application.