High-tech glass from Lauenförde: The future of astronomy in Chile!

High-tech glass from Lauenförde: The future of astronomy in Chile!

in the heart of the Atacama desert, in Chile, the RadioLESCOP Alma, which enables unique insight into the universe with its impressive collection of 66 antenna bowls. The location, at over 2500 meters, offers perfect conditions for astronomy. These first -class requirements are the result of the cooperation between Interpane, a company based in Lauenförde, and the European South Sternhewarte (ESO). According to the board members of Interpane, Sebastian Schmidt and Dominik Waldeyer, the company even operates its own glass coating system to renew the constantly dirty glass panels of the parabolic levels.

The importance of this cooperation cannot be set up high enough. Thanks to their specialized techniques, the mild promotion experts ensure that telescopes always offer the highest quality of vision. The glass is processed in a special coating system at a height of 2500 meters, which is of essential importance for numerous astronomical projects. Interpane is actively involved in high technology projects that are now part of the new generation of astronomical institutions.

challenge of light pollution

Astronomical research faces major challenges in Europe, especially through light pollution. This arises when the light from cities and villages is reflected in the atmosphere and brightens the sky. In Europe, the conditions for sky observation due to the frequently changing weather and the many light sources are not optimal. The location in the Atacama desert, on the other hand, often offers a clear view and darkness, ideal for researching stars and galaxies, which shows even more how important the work of interpane is.

The best-known telescope, the "very large telescope" (VLT), was already put into operation at the Cerro Paranal in 1999 and was able to provide decisive scientific discoveries, including evidence that the universe is expanding. This discovery was awarded the Nobel Prize in Physics in 2011. The new glass coating systems that Interpane plans will also be of crucial importance for modern astronomy in this form by maximizing the efficiency of telescopes.

Innovation at the Teide volcano

In addition to working in Chile, Interpane is also involved in the observatory at the Teide volcano in Tenerife. This is another prominent research center known for its high -quality Riesel parabolic levels. A new coating system is currently being built in Lauenförde in order to be installed on the Canary Island as well as in Chile. In this way, Interpane consolidates his position as a global innovator in the area of glass finishing and ensures the quality of its products, which are of the greatest importance for scientific institutions around the world.

modern astrophysics began in the Canary Islands in the 1960s and has developed rapidly since then. Today the observatory in Izaña has a variety of telescopes and astronomical systems that are operated by more than 60 institutions from 19 countries. This close cooperation at a global level is essential for advanced research.

The highly developed technologies for the glass coating of interpane are not only a testimony to quality, but also a symbol of global interaction. Boarding members Schmidt and Waldeyer emphasize how important it is to work together on technologies that promote understanding of our universe. The company has thus emerged as an important player in the international market for astronomical instruments, which not only ensures recognition but also a high priority at ESO. This shows that the Lauenförde location is a real brand in the glass finishing for international projects, which underlines the importance of interpane work for the world of astronomy.