The glass pressure-resistant vessel developed by 岡本硝子 was adopted as a key component of the D-Egg neutrino detector used in IceCube observations, contributing to research recognized by the 2026 Nobel Prize in Physics.
The glass pressure-resistant vessel developed by Tokyo NBC member 岡本硝子 was adopted as a key component of the D-Egg neutrino detector used in Antarctic ice. The IceCube project is an international research initiative involving 14 countries worldwide, and the vessel is highlighted for providing the pressure resistance needed to withstand extreme environments.
The glass pressure-resistant vessel is described as offering advanced performance, including the ability to withstand water pressure of approximately 70 MPa, low radioactivity and high transmittance in the ultraviolet range. Detailed information on the background to the award and the role of the vessel is provided in the official release.
The official release is available as a PDF from 岡本硝子. NBC has indicated that it will continue to promote learning and networking among diverse business leaders as an organization that supports the growth of companies with proprietary technologies and facilitates interaction. 岡本硝子 is described as a company with a high global market share in fields including new glass for optical devices, leveraging its specialty glass and thin-film technologies.