New Star Theater in Hanoi: Technology meets art!

New Star Theater in Hanoi: Technology meets art!

The New Star Theater in Hanoi recently opened an innovative projection stage equipped with state-of-the-art technologies. This stage supports both augmented reality (AR) and virtual reality (VR) as well as holograms and 3D mapping, providing a novel experience for viewers. Loud vietnam.vn The theater features a transparent gauze screen system that enables vivid 3D effects and a panel screen made of 10 flexible panels for multi-layered displays. This is complemented by a large LED screen that provides high-resolution projections.

The opening ceremony was led by Ms. Nguyen Thi Nguyet Anh, the director of Ngoi Sao Theater. People's Artist Tong Toan Thang, director of the Vietnam Circus Federation, particularly emphasized the integration of modern technologies into the performances. These technologies are intended not only to amplify emotions, but also to create new dimensions for the audience. An important part of the discussion was the recasting of traditional art pieces to be combined with modern elements. The New Star Theater, located next to the National Cinema Center on Lang Ha Street, has a total of 336 seats as well as a creative multifunctional room.

Innovative technologies in holography

However, the advancement of technologies is not just limited to the New Star Theater. Researchers have developed a novel method that enables dynamic ultra-high-density 3D holographic projections. These advances could provide realistic representations for virtual reality applications. The research team led by Lei Gong of the University of Science and Technology of China has developed the technique called three-dimensional scattering-assisted dynamic holography (3D-SDH), which is capable of achieving depth resolution more than three orders of magnitude higher than current methods, as reported in a report by optica.org is explained.

The 3D SDH technique overcomes key problems of existing digital holography techniques, including low axial resolutions and high interplane crosstalk. The researchers combined a spatial light modulator (SLM) with a diffuser to project multiple image planes closer together. Simulations showed that the projected 3D reconstructions can be generated with smaller depth intervals between planes. Compared to other methods, 3D-SDH was able to project 125 image planes at a depth interval of only 0.96 mm in a 1000x1000 pixel hologram, while other methods only achieved 32 image planes at a depth interval of 3.75 mm.

Developments in holographic technology could make a significant contribution to enriching the artistic experiences at the new New Star Theater. The aim there is to become the leading destination in Hanoi for events and performances, while the integration of modern technologies is also expected to significantly improve the quality of events.