The List of National Key Laboratory Restructuring is Released! Niumag Provides Cutting-Edge Solutions for Related Research

On January 10, 2025, the National Science and Technology Management Information System Public Service Platform issued the “Notice on the Announcement of the Restructuring Results of National Key Laboratories and Expert Advisory Opinions for 2024” (hereinafter referred to as the “Notice”). The restructuring work of the national key laboratories for 2024 has been completed.

Universities are the backbone of scientific innovation and are key institutions for the construction and support of national key laboratories. Currently, there are over 250 national key laboratories known through public channels.

Attachment: List of Some Public National Key Laboratories (University Section)

According to the contents of the “Notice,” this restructuring further optimizes the national key laboratories’ system layout, focusing on national strategic needs and frontier scientific fields, aiming to enhance China’s overall scientific research strength and innovation capacity.

Numerous universities, with their rich academic resources, interdisciplinary integration, and continuous innovation, have injected strong momentum into the national key laboratories, driving scientific research to new heights.

In this thriving research landscape, New Mai, as a key player in the industry, is also actively participating in the wave of technological innovation. New Mai has been dedicated to the development and innovation of low-field nuclear magnetic resonance technology, and its series of advanced technologies and equipment have provided strong support for university research.

For example, in natural gas hydrate-related research, low-field nuclear magnetic resonance technology can not only monitor the formation process of hydrates in situ and online, but also track the in situ dissociation process of natural gas hydrates. It aids in studying the gas dissociation mechanisms of methane and the seepage evolution of hydrate sediments, providing accurate permeability and wettability data for hydrate sediments and offering guidance for the development of natural gas hydrates.

Additionally, New Mai has established close industry-university-research cooperation relationships with several universities. Through collaborative laboratories and joint research projects, New Mai and universities have achieved resource sharing and complementary advantages. On one hand, universities provide New Mai with cutting-edge research ideas and high-quality talent reserves, helping New Mai continually explore new directions for technological innovation; on the other hand, New Mai provides students with hands-on opportunities, allowing them to hone their skills and gain valuable experience for future research careers.

This deep collaboration model not only promotes the transformation and application of university research achievements but also continuously improves New Mai’s technical capabilities, contributing New Mai’s strength to the construction and development of national key laboratories.