chanelink logo
CHANELINK
Nederlands

Visual platforms bring new perspectives to optical research

562
2024-05-23 14:00:07
Bekijk vertaling

The advanced testing platform of Liquid Instruments is now available for Apple Vision Pro, providing optical researchers with the first interactive 3D testing system. By integrating the Moku system with camera based visual devices, the efficiency of the laboratory has been significantly improved.

The Moku platform utilizes the processing power of field programmable gate arrays (FPGAs) to provide a complete set of instruments, including oscilloscopes and lock-in amplifiers, and quickly adapt to new technologies. With the help of visionOS, Moku users not only have existing instruments, but also have a new way to access them through Windows MacOS, iPadOS, and Python support.

Users can interact with various instruments using hand and eye gestures, and accelerate testing in optical, photonics, and quantum research laboratories without the need for displays. The joint deployment of Moku and Apple Vision Pro enables optical and photonics researchers to modify and monitor their experiments from multiple screens embedded in the real world, completely free from the constraints of laboratory workstations. Moku can also run together with other applications, share data with colleagues or refer to key documents to improve productivity.

With regular software updates and the ability to integrate with new technologies such as visionOS, The positioning of the Moku platform is to accelerate optics, photonics, and quantum research.

Source: Laser Net

Gerelateerde aanbevelingen

  • The birth of multi photon 3D laser printing technology: printing millions of particles within 1 second

    Multi photon 3D laser printing technology, as a disruptive micro manufacturing technology, is facing two major challenges: speed and material compatibility. However, the latest research has made breakthrough progress, successfully increasing printing speed tenfold while maintaining excellent detail accuracy.In this remarkable study, scientists abandoned the traditional single beam printing method ...

    2024-04-19
    Bekijk vertaling

  • Received NASA contract! Breakthrough blue light laser technology leads the space power revolution

    On May 6th, NUBURU, a leading enterprise in high-power and high brightness industrial blue laser technology, announced that the company has been awarded a second phase contract worth $850000 by the National Aeronautics and Space Administration (NASA) to promote blue laser power transmission technology as a unique solution that significantly reduces the size and weight of equipment required for lun...

    2024-05-08
    Bekijk vertaling

  • LASIT's Laser Revolution: Illuminating the Path to a Greener Future

    In the breakthrough transformation towards sustainable industrial practices, LASIT is at the forefront of the ecological revolution in laser marking technology. This evolution is not just about labeling products; This is about marking a sustainable future.Environmental Innovation: A New Era of Industrial PrecisionLASIT's laser technology is a model of environmental protection. Unlike traditional m...

    2023-11-28
    Bekijk vertaling

  • Researchers develop new techniques for controlling individual qubits using lasers

    Researchers at the University of Waterloo's Institute for Quantum Computing (IQC) have developed a new technique that uses lasers to control individual qubits made from the chemical element barium. The breakthrough is a key step toward realizing the capabilities of quantum computers.The new technique uses thin glass waveguides to segment and focus laser beams with unprecedented precision. Each foc...

    2023-09-12
    Bekijk vertaling

  • Based on Transform Optics: Realizing an Ideal Omnidirectional Invisible Cloak in Free Space

    A team led by Professor Ye Dexin and Professor Chen Hongsheng from Zhejiang University, as well as Professor Yu Luo from Nanyang University of Technology, conducted practical research on full parameter transformation optical devices. The research team has designed and implemented an all parameter omnidirectional invisibility cloak based on the theory of linear transformation optics and omnidirecti...

    2024-04-29
    Bekijk vertaling