Bohr (name)

What's Bohr?

Bohrium is an AI-driven scientific research platform launched by DeepSense, specializing in providing researchers with full-process support from literature research to experimental calculations. It integrates more than 160 million academic papers, patents and scholars' archives, and helps users quickly retrieve, analyze and understand scientific research content through AI technology. Bohrium provides a multimodal academic search system that supports text, charts, PDF and molecular structure, and AI research assistant services for in-depth analysis of literature, experimental protocol design and visualization of results, as well as a cloud-based computational workbench for first-principle calculations and molecular dynamics simulations, and a collaborative project management tool to facilitate teamwork. The platform focuses on data privacy to ensure user information security.

Bohr's functional features

• Multimodal Academic SearchIt integrates 160 million thesis and patent databases, supports multimodal searches of text, charts, PDFs, molecular structures, etc., and provides semantic-level relevance sorting and intelligent abstract generation to help researchers locate the information they need quickly and accurately.
• Scientific Large Model Applications: Built-in professional models such as DPA, Uni-Mol, Uni-RNA, Uni-Fold, etc., covering molecular dynamics, quantum chemistry, and other microscale scientific research scenarios.
• Cloud Computing WorkbenchIt provides professional toolchain such as first-principle computation and molecular dynamics simulation, and is equipped with high-performance computing clusters and visualization and analysis environments, with massive CPU/GPU arithmetic resources and clustered elastic scheduling capabilities.
• AI Research Assistant Service: Based on the big language model to realize intelligent auxiliary functions such as in-depth analysis of literature, design of experimental protocols, visualization of results, and so on.
• Collaborative project management: It supports multi-role team collaboration and provides collaborative research tools such as version control, knowledge sharing and task distribution, as well as real-time view of task status, resource usage and intermediate results.
• Scientific navigation: With the goal of solving scientific problems, it can automatically analyze the intent of the problem, match relevant scientific research results and generate accurate answers, and can jump to the original literature with a single click.
• Literature Management and Citation: Supports batch saving of literature to the knowledge base and categorization management by topics and labels, and provides one-click citation export function.
• Multi-synchronization and global login: It supports multi-end synchronization of web, mobile and desktop, and through CARSI access, it supports teachers and students from more than 1,000 colleges and universities across the country to log in directly using their campus network identity.
• Personalized Recommendations: Suggest relevant papers and scholars according to the user's research interests, and support linking to other resources in the station during the search process.
• Research App Store: A collection of 200+ scientific research tools, covering literature research, wet and dry experiments, data analysis, scientific research mapping and other scenarios.

Bohr's core strengths

• Multimodal Academic SearchIt integrates a huge amount of academic literature, patents and scholars' files, supports various search methods such as text, charts, PDF, molecular structure, etc., and provides semantic-level relevance sorting and intelligent abstract generation functions to help researchers locate the information they need quickly and accurately.
• AI research assistant: Based on advanced large language models, it provides intelligent auxiliary functions such as in-depth analysis of literature, design of experimental protocols, visualization of results, etc., which improves scientific research efficiency and helps researchers focus on core issues.
• Cloud Computing WorkbenchIt is equipped with professional toolchain such as first-principle calculation and molecular dynamics simulation, combined with high-performance computing cluster and visualization and analysis environment, to meet the needs of complex scientific research calculations and accelerate the process of scientific research.
• Collaborative project management: It supports multi-role team collaboration and provides tools such as version control, knowledge sharing and task distribution to promote efficient collaboration among research teams and improve the overall efficiency of the project.
• Data privacy protection: Strictly safeguard the security of user data, ensure the confidentiality and integrity of scientific research data, so that researchers can use the platform for scientific research with peace of mind.

What is Bohr's official website?

• Official website address:: https://www.bohrium.com/

People for Bohr

• (scientific) researcherBohrium's multimodal academic search and scientific big model application functions allow researchers engaged in basic or applied research to quickly access and analyze the latest research results in related fields, and assist in experimental design and data analysis.
• Higher Education Teachers: Faculty members engaged in teaching and research at universities can use Bohrium to conduct literature research, course preparation, and research project management to enhance teaching and research efficiency.
• postgraduate student: Including master's and doctoral students, they can improve the efficiency and quality of their research with Bohrium's literature management and citation functions, as well as AI research assistant services, when writing papers, conducting research on topics, and engaging in academic exchanges.