Many scientists at cosine are trained as physicists and thrive on orthogonal thinking.
Technologies
cosine has a long history of performing computer simulations to test future (optical) designs, even before they have been built.
By thoughtfully merging complementary modalities, we enable solutions that are more accurate, robust, and reliable in complex environments.
Measurement systems are only as strong as the data they collect, and that starts with the sensors at their core.
Laser-based measurement enables levels of precision that reveal what would otherwise remain unseen. At cosine, we use the unique properties of laser radiation to turn complex physical phenomena into reliable, measurable insight, supporting applications where accuracy and confidence are critical.
Stereoscopy or 3D imaging is any technique capable of recording three-dimensional visual information or creating the illusion of depth in an image. cosine develops 3D imaging technology for a variety of applications ranging from high accuracy stereoscopic metrology systems to digital 3D cameras.
In cosine’s testing and qualification facilities, we verify optical, opto-electronic, and electronic subsystems and complete systems, so performance is proven, not assumed.
cosine develops high-end measurement systems where data analysis is essential to turning measurement into insight. From converting raw data into calibrated physical quantities to interpreting results in context, our expertise spans the full data lifecycle. We design algorithms and software that transform captured data into reliable, actionable outcomes, integrated directly into systems built for real-world use.
Our experience includes embedded processing, data storage, digital image processing, software development, and system integration, ensuring that data supports understanding, not complexity.
cosine has built deep expertise in optical design over decades. We combine optical performance with an integrated, system-level approach, so instruments don’t just look good on paper, but work reliably in real-world conditions. Our optical work supports a wide range of applications, including telescopes, cameras, laser transmitter and receiver objectives, interferometric devices, spectrometers, and laser systems.
Spectral imaging reveals information that conventional images cannot. By combining imaging with spectroscopy, cosine enables spatially resolved insight into properties such as composition, condition, and change, turning complex measurements into interpretable, real-world insight. By making abstract spectral data visible and contextual, spectral imaging helps partners understand what is happening where, not just what is present.
Remote sensing reveals insight where direct measurement is not possible. At cosine, remote sensing is a core capability for understanding Earth, atmosphere, oceans, and planetary environments, supporting missions where reliable insight matters most.
cosine is world leading in the development of novel high energy optics technology. The Silicon Pore Optics technology (SPO), developed by cosine in cooperation with the European Space Agency, offers significant advantages for a variety of applications.
No results found.
Discover news
cosine will participate in the 4S Symposium 2026, taking place from May 4–8, 2026, in Sardinia, Italy. Dr. Marco ...
In a major step toward building the world’s most powerful X-ray telescope, cosine and PTB (Physikalisch-Technische ...
No results found.