Our ultraviolet cameras are optimized for deployment in industrial automation processes thanks to advanced signal voltages, temperature stability, I/O control, integrated strobe controller, and feature-rich firmware.

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Optical waveguides that route light are a core technology of modern photonics and the bedrock of the global communications network. A surprising diffusion mechanism for guiding light has now been identified, and it is strangely close to home.

The Atlas SWIR is a Factory Tough IP67 camera with high-performance sensor cooling designed to provide reliable operation and consistent imaging performance within -20 to 50°C industrial environments. The Atlas is equipped with an integrated single-stage thermoelectric sensor cooling (TEC1), along with an internal heatsink and larger camera case resulting in a constant 15°C sensor temperature for low dark current during streaming. For an in-depth look at model specifications please click the part numbers below.

Opticsbasics pdf

Optical physics is the study of the fundamental properties of light and its interaction with matter. This includes classical optical phenomena such as reflection, refraction, diffraction and interference, and also studying the quantum mechanical properties of individual packets of lights known as photons.

The authors investigate spin-valley polarization in hybrid systems of Au nanoparticles and monolayer MoS2 and observe a nearly complete quenching of the far-field circular polarization state of emission from MoS2 at the position of the nanoparticle. This highlights the need to consider an ensemble, rather than just a single rotating dipole emitter, for precise predictions of polarization responses in these hybrid systems.

Importance ofoptics

The Triton SWIR provides the same Factory Tough IP67 features as the Atlas SWIR but does not include the internal cooling components. The Triton does not contain a TEC1 cooling device or a large internal heatsink. This allows the camera to be more compact and cost-effective, however, users must manage their own cooling solution for the camera to regulate increased dark current during operation. This camera is intended for those who want maximum design flexibility and control over their own thermal management design. For an in-depth look at model specifications please click the part numbers below.

BasicopticsFor Opticians

Divacancy color centers in SiC are promising candidates for a spin-photon interface, but typically show charge-state instability under optical excitation. Here the authors show that modified divacancies created by a focused helium ion beam are robust against photoionization and have promising properties.

While silicon photonics is an attractive platform for neuromorphic computing, it generally lacks scalable nodes that provide nonlinearity and memory. Here, the authors show experimentally that simple and compact networks of silicon microring resonators exhibit complex self-pulsing responses that can be exploited for all-optical long-term memory and sensing.

The SHR features low-noise half-frame CCD and CMOS images sensors with large pixels in a class of its own. State-of-the-art tap sensor balancing and user defined fixed pattern noise reduction guarantee outstanding image quality. The highest structural precision of the sensor adjustment in a massive housing make the SHR with its lens shading correction the ideal partner for the most demanding optical applications.

CoaXPress currently is the fastest standardized industrial solution for long-distance industrial cameras with thin cables. The industrial camera I/O interface facilitates integration.

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Imaging in the water window has traditionally relied on large synchrotron radiation sources. Now, a tabletop tunable X-ray source which generates water-window X-ray photons from a low energy electron beam interacting with a van der Waals crystal has been demonstrated.

Types ofoptics

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Current optical skyrmion generators involve complex bulky systems, hindering further practical applications. We propose an integrated metafiber for high-quality photonic skyrmions, with subwavelength polarization features and topology tunability.

The ECO-series is compelling by virtue of its extremely compact design (38 x 38 x 33 mm) and offers the best value for money. Resolution ranging from VGA to 5 MegaPixel combined with high frame rates. The ECO is small, robust, fit for the factory floor, manufactured with precision, safe to connect, offers an LED controller, is PLC ready and reliable.

10 GigE and Dual GigE Vision are the most easy way to profit of high interface bandwidth together with the advantages of standard networking technologies. An advantage is the reliable, cost-effective transmission of the image data over a distance of more than 100 m with standard network technology. The 10GigE and GigE cameras of the HR series impress with their housing concept, the wide-range lenses and the unique picture quality. The clean design according to well established standards like GigE Vision, 10 GigE Vision and GenICam ensure rapid integration into the final application.

We propose a multi-particle ‘which-path’ gedanken experiment with a quantum detector. Contrary to conventional ‘which-path’ experiments, the detector maintains its quantum state during interactions with the particles. We show how such interactions can create an interference pattern that vanishes on average, as in conventional ‘which-path’ schemes, but contains hidden many-body quantum correlations. Measuring the state of the quantum detector projects the joint-particle wavefunction into highly entangled states, such as GHZ’s. Conversely, measuring the particles projects the detector wavefunction into desired states, such as Schrodinger-cat or GKP states for a harmonic-oscillator detector, e.g., a photonic cavity. Our work thus opens a new path to the creation and exploration of many-body quantum correlations in systems not often associated with these phenomena, such as atoms in waveguide QED and free electrons in transmission electron microscopy.

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Our ultraviolet cameras are based on the proven design of the FXO series. The fast CoaXPress-12 interface provides outstanding performance in terms of ultra-low trigger latency, faster frame rate and constant data rate. The 10GigE interface option is an economical, highly stable alternative with advantages for long data lines up to 100m. Sony Pregius UV sensors combine high resolution, high dynamic range and superior sensitivity in the wavelength range of 200 – 400 nm.