Funding
Funding not disclosed
Founders
Product
Problem
Researchers and industrial engineers often require highly stable, tunable laser sources and advanced optical quantum systems that can operate reliably across demanding environments such as space, healthcare labs, and cutting‑edge scientific facilities. Existing solutions can be bulky, lack single‑frequency precision, or fail to integrate seamlessly with complex experimental setups, limiting progress in fields like biophotonics, quantum computing, and materials analysis.
Solution
M Squared provides integrated photonic and quantum technologies, delivering high‑performance Ti:Sapphire, mid‑IR, and THz laser systems as well as specialized optical quantum platforms. Their products combine single‑frequency continuous‑wave operation, robust engineering, and modular designs that can be directly incorporated into scientific instruments and industrial workflows. The Aurora Airy Beam Light Sheet imaging system extends these capabilities to 3D biophotonic imaging, enabling detailed visualization of neural connections. By offering turnkey, reliable light sources and quantum hardware, M Squared enables customers to address complex research and application challenges without extensive custom development.
Target Audience
Primary customers are academic research laboratories, aerospace and defense contractors, and biomedical companies that require precise, reliable laser and quantum optical solutions for advanced experimentation and product development.
Features
- Award‑winning Ti:Sapphire lasers with broad tunability and high pulse energy for ultrafast spectroscopy
- Single‑frequency continuous‑wave 532 nm Equinox laser optimized for pumping Ti:Sapphire systems
- Mid‑infrared and terahertz laser platforms covering a wide spectral range for materials and security applications
- Integrated quantum electronics and optical quantum systems designed for scalability and real‑world deployment
- Aurora Airy Beam Light Sheet imaging system delivering high‑resolution 3D neural imaging for biophotonics research
- Modular, ruggedized hardware suitable for space missions, healthcare environments, and laboratory settings