English

Changing Optical Design: How Multi scale Simulation Improves the Efficiency of Modern Devices

1083
2024-03-02 11:59:05
See translation

Optical equipment is an integral part of technologies such as data centers and autonomous vehicle, which are constantly developing to meet the needs of complex applications. The challenge faced by designers is to manipulate light at the wavelength scale to achieve the required optical properties, which requires precision at both the nano and macro scales. Nanoscale structures, such as those on LEDs, improve efficiency through photonic crystals and require designers to perform high-precision simulations at different scales.

In 2021, Ansys' acquisition of Zemax marked an important step in addressing the challenges of optical device design. This merger combines Zemax's OpticStudio with Ansys's integrated platform, which is renowned for analyzing light interactions greater than wavelength. This platform enables designers to conduct visual simulations from the nanoscale to the system level, ensuring the efficiency and accuracy of developing modern optical systems.

Ansys Lumerical simulates the interaction between light and wavelength scale structures by solving Maxwell's equations, which is a key function in designing efficient nanostructures on LEDs. Meanwhile, Ansys Speos provides system level visualization and validation, integrating human visual acuity into simulations. This is particularly important for applications such as car headlights and AR/VR head mounted devices, where understanding human perception can greatly reduce the need for expensive physical prototypes.

The integration of OpticStudio, Lumerical, and Speos on the Ansys platform represents a leap in optical design and simulation. Nowadays, design engineers can use multi physical fields and multi-scale simulation toolkits to develop optical products with unprecedented efficiency and accuracy. This progress demonstrates our continuous efforts to provide seamless and user-friendly interfaces to connect these complex solutions, enabling engineers to quickly bring innovative optical systems to the market.

The collaboration between Ansys and Zemax is backed by cutting-edge simulation technology, setting new standards for the design and modeling of modern optical devices. By implementing full spectrum simulation from nanostructures to system level applications, this platform not only improves the efficiency and performance of optical devices, but also drives innovation in fields that heavily rely on advanced optical technology.

Source: Laser Net

Related Recommendations
  • Ireland's first biological Brillouin microscope at Trinity College Dublin

    A project at Trinity College Dublin is now hosting Ireland's first BioBrillouin microscope instrument, applying Brillouin spectroscopy to life sciences and medicine.This should in particular enhance the College's research into cellular and tissue mechanics for the study of inflammation, cancer, and developmental biology.Brillouin microscopy offers a route to optical investigation of a biological s...

    07-14
    See translation
  • How ISR laser changes the maintenance methods of various industries

    ISR Laser recently received a valuable opportunity to conduct professional experiments at an aviation museum in the UK. The special feature of this experiment is that they were able to have close contact with and study a collection of ancient and extremely precious aircraft, some of which are even the only or last surviving physical objects of this model worldwide. During the work, a WW2-era air...

    2 days ago
    See translation
  • Reshaping the Sky: Laser Scanning Drones Innovate Data Collection

    Imagine soaring above the Earth, the world unfolds in patterns and reliefs, and the terrain whispers its secrets in the wind. Now imagine capturing these whispers and translating them into a digital language to draw our world map with unprecedented accuracy. Welcome to the forefront of laser scanning drones, a technological ballet in the sky where the fusion of flight and laser precision is reshap...

    2024-04-07
    See translation
  • Fraunhofer ILT develops laser beam shaping platform to optimize PBF-LB process

    Recently, the German research institution Fraunhofer ILT team is collaborating with the Department of Optical Systems Technology (TOS) at RWTH Aachen University to develop a testing system aimed at studying complex laser beam profiles using a new platform. This platform can construct customized beam profiles for laser powder melting (PBF-LB) 3D printing, thereby improving part quality, process sta...

    2024-12-23
    See translation
  • Research has found that inorganic perovskite materials are easy to prepare and process, making them suitable for manufacturing lasers

    According to research from Busan National University, inorganic perovskite materials are easy to prepare and process, making them suitable for manufacturing lasers.The perovskite of interest is CsPbBr3, which must form "nanosheets" within the specific structure invented by the Busan team to obtain sufficient laser gain.It is not that the laser has been achieved, as the research project aims to cha...

    2024-01-04
    See translation