Quantum AR Lab brings key quantum optics experiments to tablets and smartphones as an interactive augmented reality experience. Learners explore fundamental phenomena of quantum physics independently, experimentally, and in teams – regardless of the lab, time, or location.
Six authentic and research-oriented quantum optics experiments:
The app enables users to conduct six quantum optics experiments in AR, utilizing:
• Scaled replicas of real experimental components and the
• Integration of real measurement data from the lab
• Interactivity as far as the eye can see: From setup and adjustment to conducting measurements
Experiments included: Coincidence, anticorrelation, single-photon interference, Hong-Ou-Mandel experiment, entanglement, Franson interference
Quantum optics in your pocket
Quantum AR Lab works anytime, anywhere – ideal for classroom instruction, university studies, self-study, or workshops. The app can be used offline and requires no external lab or additional hardware.
3-Level System for Different Learning Levels
Each experiment is available at three difficulty levels: from an introductory, exploratory level to an in-depth, analytical exploration. This makes Quantum AR Lab suitable for school students, university students, and higher education institutions.
Lab-Level Interactivity
Learners actively participate in the experiments:
• Adjusting optical components (e.g., mirrors, beam splitters, detectors)
• Conducting measurements
• Evaluating realistic measurement data
• Calculating key parameters (e.g., anticorrelation factor)
Multiplayer Mode: Research & Experimentation as a Team
Quantum AR Lab supports collaborative work: Several people can work on an experiment simultaneously, discuss hypotheses, and compare results – ideal for group work and seminars.
For Education, Studies & Teaching
Quantum AR Lab is suitable for:
• Schools (Secondary Level II)
• Universities & Colleges
• Workshops & Extracurricular Education
• Independent Learning