Bohrium Science Navigator Launches at Beijing University of Posts and Telecommunications to Empower AI-Driven Scientific Research

Jun 27, 2025 17:09 CST Updated 17:09

DP Technology

Simulation R&D Platform Developer

Recently, jointly created by the Beijing Institute of Artificial Intelligence and DP TechnologyAIResearch Platform——BohrScience Navigator Settles in Beijing University of Posts and Telecommunications.Scientific NavigationAiming to solve scientific problems, systematically address the key pain points for researchers in literature screening, interdisciplinary knowledge discovery, and academic resource acquisition.

Access Entry:

https://bupt.bohrium.com

Breaking through interdisciplinary barriers

Strengthen the Foundation of Basic Research

"Scientific Navigation" is based on the research needs of Beiyou's advantageous disciplines such as communication, computer, and artificial intelligence. The search logic and functional design have been optimized through multiple rounds of testing. “Make Search More Scientifically Intelligent” Aiming to create multiple leading innovative functions, it reconstructs the research paradigm with five major advantages: comprehensive data, accurate search, deep understanding, fast updates, and strong professionalism, providing researchers with all-round, one-stop intelligent research support, significantly improving research efficiency, and assisting in scientific breakthroughs. It deeply integrates "AI for Science large models," "massive scientific research data," "intelligent computing resources," and "cutting-edge scientific research practices," covering the entire process from "scientific data management," "knowledge system construction," "intelligent research assistant" to "automated experiments and calculations," driving scientific research towards "intelligence," "automation," and "efficiency." In addition, Scientific Navigation also has the following functions:

Intelligent Recommendation of Academic Resources: Through intelligent algorithms, recommend papers, scholars, patents, and Q&A based on researchers' fields of study and interests to support scientific research.
Multi-dimensional Subscription: Supports subscription by journal, keyword, scholar and other dimensions, aggregates the latest developments across multiple disciplines with real-time updates; AI Quick View function can rapidly extract core content of literature.
Interdisciplinary Data Knowledge Network: Covering all disciplines including science, engineering, agriculture, medicine, and humanities, with over 20 million active scholars' research information and more than 140,000 journal resources. It features scholar AI avatars and academic profile functions to help stay updated on research trends.
Intelligent Scientific Research Asset Management Platform: Features efficient research asset management with a distributed storage architecture, an intelligent research reader integrated with multiple functions, and a rich set of AI single-point functionalities.
One-Stop Scientific Research App Store Apps: Aggregates 200+ research tools, covering multiple scenarios, with a supporting development platform.
Research Intelligence Agent Platform (Agent OS): Achieve automation from complex instruction parsing to task execution through a multi-agent collaboration system, and solve scientific research problems with the help of the Bohr APPs platform tool.
Research Ecosystem："From practice to practice" as the principle, the "Learn-Compete-Test-Practice" full process is designed. The elastic computing middleware across clouds and supercomputing provides a solid computing power foundation for researchers' scientific research practice.

Implementing the Digital Education Strategy

Promote the Deep Integration of Industry, Academia, and Research

For a long time, BUPT has been actively exploring new mechanisms for industry-university-research collaboration in digital transformation. The university has firmly seized the opportunity of educational digital transformation, promoting in an integrated manner the construction of future teachers, future classrooms, future schools, and future learning centers, to create a boundaryless university. This fosters the deep integration of intelligent technology and education, forming the “AI-EMS” linkage mechanism that plans and advances AI for Education, AI for Management, and AI for Science as a unified whole. Now, with the support of Bohr Scientific Navigation, BUPT will continue to promote the integration of science and education and the optimized allocation of resources in the following aspects:

· Multidisciplinary Integration: Promoting the Innovative Development of Interdisciplinary Fields

Beijing University of Posts and Telecommunications (BUPT) is committed to interdisciplinary integration, breaking down disciplinary barriers, and has established a talent cultivation system deeply integrated with the concepts of "Big Communication, Big Network, Big Data, and Big Security," adding several new interdisciplinary engineering majors. With a powerful knowledge base covering 26+ disciplines including science, engineering, agriculture, medicine, and humanities, as well as 160 million documents, Bohr Science Navigation, along with its technical advantages in the AI for Science domain, can provide strong support for the interdisciplinary integration and intelligent upgrading of various majors at BUPT.

· Innovative Talent Cultivation: Building a New Digital Education Ecosystem

Beijing University of Posts and Telecommunications (BUPT) aims to build a "industry-education integration" curriculum system to cultivate talents with both solid theoretical foundation and excellent practical abilities. Through the "one college, one plan" approach, BUPT ensures the effectiveness of innovation and entrepreneurship education in talent cultivation. Bohr Science Navigation intelligently recommends academic resources to BUPT faculty and students while designing a full-process research ecosystem encompassing "learning-competition-testing-practice," shifting the focus of talent cultivation from "acquiring knowledge" to "strengthening capabilities" and comprehensively enhancing the ability of on-campus teams to solve complex problems.

· Industry-Academia-Research Collaboration: Building a Fast Track for Achieving Transformation Results

Relying on high-level research bases such as national key laboratories and national engineering research centers, BUPT has built a new type of intelligent scientific research dedicated network with high speed, strong computing power, and high reliability. Through university-enterprise cooperation, it has gathered resources from numerous leading enterprises in the Information and Communication Technology (ICT) field. However, the link between scientific research achievements and industrial applications often lacks critical bridges. Scientific navigation, through the intelligent integration and in-depth analysis of global massive scientific literature, patent data, project dynamics, and research hotspots of scholars, can deeply mine and intelligently associate scientific research data, building an efficient and smooth "fast lane" for basic research and industrial needs.

In the race of scientific research, time management is directly related to efficiency, and the level of efficiency is a key factor in the output of results. Bohr Scientific Navigation, powered by AI for Science, breaks down the barriers between disciplines and data, creating a "smart engine" for scientific research tailored for Beijing University of Posts and Telecommunications.

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About DP Technology

DP Technology is globallyAIFor Science Leaders, AI for Science means using AI to learn a series of scientific principles and knowledge, and further solve key problems in scientific research and industrial R&D fields.

Relying on deep cultivation in the field of interdisciplinary research, DP Technology has built the "Deep Potential·Universe" AI for Science large model system, further addressing key issues in scientific research and industrial development, and bringing research methods across many disciplines from the "trial-and-error/experiment" era into the "Pre-trained ModelThe "era" has formed the "innovation-implementation" chain and open ecosystem of AI for Science, built microscale industrial infrastructure based on AI for Science, empowered "all walks of life," and created a new generation of R&D systems for the most fundamental biomedical, energy, materials, and information science and engineering research driving human economic development.

DP Technology is a national high-tech enterprise in China.Specialized and Innovative"Little Giant" enterprises have set up R&D centers in cities such as Beijing, Shanghai, and Shenzhen.The scientific research and technology team is led by an academician of the Chinese Academy of Sciences, bringing together over a hundred outstanding young scientists and engineers from various fields such as mathematics, physics, chemistry, biology, materials, and computer science. Among the company's members, more than 35% hold a Ph.D. or are postdoctoral researchers.Core members have won the "Gordon Bell Prize," the highest award in the field of global high-performance computing in 2020. Their related work was selected as one of China's top ten scientific and technological advances in 2020 and one of the ten major technological breakthroughs in the global AI field.