Lumerical

Lumerical develops photonic simulation software - tools which enable product designers to understand light, and predict how it behaves within complex structures, circuits, and systems. Photonics, the science of light and its interaction with matter, unlocks many possibilities for the worlds leading technology companies across diverse fields including biotechnology, data communications, information storage, solar energy, environmental sensing, and consumer electronics. Lumericals design tools allow scientists to create, test, and optimize their product designs without crafting physical prototypes. These predictive capabilities enable the scientific and engineering community to validate designs prior to manufacturing, create new product concepts, and explore long-term innovative photonics research such as quantum computing. Examples include: biomedical researchers exploring how light scatters from cancerous cells as the basis for new diagnostics; innovators modeling optical materials that store vast amounts of information more efficiently; and engineers designing high-speed communication systems that transmit information optically within datacenters and even between and within computer chips. Not only are these designers able to create better performing components, they can do so in far less time, at lower costs, and with greater accuracy.

Computer Software
Vancouver, British Columbia
Founded in 2003
51-200 employees

Lumerical develops photonic simulation software - tools which enable product designers to understand light, and predict how it behaves within complex structures, circuits, and systems. Photonics, the science of light and its interaction with matter, unlocks many possibilities for the worlds leading technology companies across diverse fields including biotechnology, data communications, information storage, solar energy, environmental sensing, and consumer electronics. Lumericals design tools allow scientists to create, test, and optimize their product designs without crafting physical prototypes. These predictive capabilities enable the scientific and engineering community to validate designs prior to manufacturing, create new product concepts, and explore long-term innovative photonics research such as quantum computing. Examples include: biomedical researchers exploring how light scatters from cancerous cells as the basis for new diagnostics; innovators modeling optical materials that store vast amounts of information more efficiently; and engineers designing high-speed communication systems that transmit information optically within datacenters and even between and within computer chips. Not only are these designers able to create better performing components, they can do so in far less time, at lower costs, and with greater accuracy.

Company Information

Industry
Computer Software
Company Type
Privately Held
Founded
2003
Employee Range
51-200
Revenue Range
Not available

Location

Address
Suite 1700, 1095 West Pender Street BC Vancouver
City
Vancouver
Region
British Columbia
Postal Code
V6E 2M6
Country
Canada

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