Français

AMC Theatres launches advanced laser projection technology upgrades

776
2023-12-23 14:10:49
Voir la traduction

AMC Cinema has long been known as the largest cinema operator in the United States and the world, and has completed upgrades to almost all its venues in the broader Chicago area, including advanced laser projection technology.

The technological reform of this chain of stores has made Chicago one of the first areas in AMC's footprint to benefit from CinIonic's cutting-edge projection technology.

In early 2022, AMC publicly announced an agreement with CinIonic to equip its 3500 cinemas in the United States with laser projectors by 2026. Promoting such improvements to its "AMC Laser" banner is estimated to cost $250 million.

With the advanced laser projection technology of our partner CinIonic, fans who experience Laser movies at AMC can enjoy the enhanced features of chain cinemas, such as higher contrast, peak brightness, and richer colors.

The two companies also claim that their large-scale cinema technology upgrade is an "environmentally friendly method" for movies, as it reduces waste by significantly reducing energy consumption and eliminating the demand for disposable xenon bulbs.

"Every time you see Laser on AMC, you can expect exciting movies to be presented on the screen in brighter, clearer, and more vibrant colors," said Adam Cassels, Vice President of Global Marketing at CinIonic. Together with AMC, we are raising the standards for the entire Chicago cinema experience.

AMC River East 21 and AMC DINE-IN 600 North Michigan 9 are among the other nearby cinemas newly equipped with Cinenic laser projection technology.

After rebounding from closed cinemas nationwide throughout the COVID-19 pandemic, AMC hopes that its new technology enhancements can strengthen its role as a leader in so-called "top tier cinemas" and viewing experiences.

Source: Laser Net

Recommandations associées
  • Short pulse lasers in the form of chips use the so-called mode coupling principle

    Nowadays, lasers that emit extremely short flashes can be found in many research laboratories, but they usually fill the entire room. Physicists have now successfully reduced this laser to the size of a computer chip. As they reported in the journal Science, their research can lay the foundation for extremely compact detectors.A team led by Qiushi Guo from the California Institute of Technology in...

    2023-11-10
    Voir la traduction
  • Progress in the study of ultrafast electron dynamics using short light pulses

    When electrons move in molecules or semiconductors, their time scale is unimaginably short. The Swedish German team, including Dr. Jan Vogelsang from the University of Oldenburg, has made significant progress in these ultrafast processes: researchers are able to track the dynamics of electrons released on the surface of zinc oxide crystals using laser pulses with nanoscale spatial resolution and p...

    2024-01-08
    Voir la traduction
  • In depth understanding of the formation of condensation rings in laser spot welding - machine learning and molecular dynamics simulation

    Researchers from the Pacific Northwest National Laboratory and Johns Hopkins University have reported that machine learning and molecular dynamics simulations can help to gain a deeper understanding of the formation of condensation rings in laser spot welding. The related paper titled 'Machine learning and molecular dynamics simulations aided insights into conditioned ring formation in laser spot ...

    2024-12-21
    Voir la traduction
  • Semiconductor lasers will support both TE and TM modes

    Typically, for lasers in optical communication systems, waveguide designs are used to achieve a single transverse mode. By adjusting the thickness of the surrounding area of the cladding layer and the etching depth of the ridge in the ridge waveguide device, a single mode device can be obtained. The importance of lasers is reflected in the following aspects:A chip without ridge waveguide design an...

    2023-10-20
    Voir la traduction
  • Research and investigate the thermal effects of 3D stacked photons and electronic chips

    Hybrid 3D integrated optical transceiver. (A, B) Test setup: Place the photon chip (PIC) on the circuit board (green), and glue the electronic chip (EIC) onto the top of the photon chip. (C) It is the cross-section of the EIC-PIC component with micro protrusions. (D) Display the mesh of the finite element model.The latest progress in artificial intelligence, more specifically, is the pressure plac...

    2023-12-09
    Voir la traduction