The ALEX-i is a full-frame, deep cooling, scientific CCD camera from greateyes for your imaging applications in the VUV, EUV, as well as soft and hard X-ray range. Features of the ALEX-i include: Cutting-edge, low-noise electronics Ultra-deep cooling technology Compact camera design Multiple readout speeds (50 kHz to 5 MHz) True 18-bit AD conversion for maximum dynamic range and SNR ALEX-i is ideally suited for detection of very weak signal intensities where a low-noise floor is paramount. This camera offers unprecedented possibilities for your measurements of tomorrow. Typical applications ..read more

In today’s fast-paced world of technological advancements, the electronics industry is constantly seeking innovative solutions to enhance the performance of electronic devices. One such groundbreaking technology that has been making waves in the industry is thin film polarizers. These specialized optical components play a crucial role in controlling the polarization of light, making them indispensable in a wide range of electronic applications. What are Thin Film Polarizers? Thin film polarizers (TFPs) are optical components that are designed to selectively transmit or reflect light of a speci ..read more

What are smooth shape laser beams? Smooth shape laser beams are characterized by uniform intensity of illumination across the beam profile or focused laser spot. Such beams do not have large changes in uniformity, and often have a flat-top-like intensity envelope. Most laser sources do not have a smooth shape laser beam profile, but rather either a Gaussian profile (for single mode lasers) or a complex centroid profile (for multimode lasers). Getting smooth shape laser beams from multi-mode lasers High laser power can be more easily and affordably achieved using multi-mode lasers, compared to ..read more

Detection and measurement of gamma radiation plays a pivotal role in various scientific and nuclear applications. Gamma Ionization Chambers from Photonis provide accurate measurements of gamma radiation across a range of intensities and energies, catering to the unique needs of scientists and nuclear professionals. Key features include: High reliability and long operating life. Customization options to align with specific user requirements for both area radiation monitoring and laboratory experiments. Detection efficiency dependent on factors like gamma quanta energy, cathode material and thi ..read more

Discover the impact of a filter in the recently published paper, entitled “Unleashing Precision and Freedom in Optical Manipulation: Software-Assisted Real-Time Precision Opto-Control of Intracellular Molecular Activities and Cell Functions.” The Abstract of this paper states: The traditional method in biological science to regulate cell functions often employs chemical interventions, which commonly lack precision in space and time. While optical manipulation offers superior spatial precision, existing technologies are constrained by limitations in flexibility, accuracy, and response time. He ..read more

LOTTE is the latest product release from greateyes. Equipped with the most advanced cooling concept that they have ever built and driven by the most powerful and versatile electronic platform, this in-vacuum, CCD camera is ready to set new standards in its class. LOTTE utilizes scientific-grade, back-illuminated CCD sensors for the detection of EUV, VUV, and X-ray signals. The spectral bandwidth covers photon energies between 5 eV and 20 keV. The user can also choose from a variety of sensor formats — small to large — with pixel sizes from 13–26 µm. LOTTE utilizes ultr ..read more

In a paper entitled, “In situ chemical analysis of duplex stainless steel weld by laser induced breakdown spectroscopy,”the team discuss the use of laser-induced breakdown spectroscopy (LIBS) for in situ chemical analysis of duplex stainless steel welds. LIBS is an almost non-destructive and very accurate method for measuring chemical compositions during the welding process. The authors then utilized the partial least squares (PLS) method to analyze the major alloying elements. This method overall provides valuable insights into the welding process and can be further used for controlling and p ..read more

Thin film polarizers play a crucial role in various electronic applications, providing precise control over the polarization of light. In this comprehensive guide, we will delve into the world of thin film polarizers (TFPs), exploring their structure, function, and applications in the field of electronic materials. What are Thin Film Polarizers? Thin film polarizers are optical components that split incident light into two separate beams with orthogonal polarizations. They are commonly used in laser systems, telecommunications, spectroscopy, and other optical applications to control the polari ..read more

Our planet is connected by communications technology. Right now, around 66.2% of people worldwide use the internet. To account for the ever-increasing demands of the industry, we need more and more efficient technologies. Optical interconnects fit that bill. Read on to learn where these optical interconnects are used! Applications of fiber-optic communication include: Data Centers: As the backbone of the modern internet, data centers rely heavily on optical interconnects for high-speed data transmission. This includes both intra- and inter-data center communications. The integr ..read more

Introducing Clarion KX, ID Quantique’s (IDQ) quantum key exchange software platform. This platform enables a seamless future-proofing of the network security for enterprises. Clarion KX also enables telco operators to offer new quantum-safe services that provide long-term security of data in transit for their valued B-to-B customers and users. As “Harvest Now, Decrypt Later” (HNDL) cyberattacks can already be conducted through tapping into the telecommunication infrastructure, telco operators and organizations with sensitive data are looking at the cost-effective ways to ensure their most vuln ..read more