A Unified AI for Scientific Research

Bohrium offers a comprehensive research hub built specifically for scientists, engineers, and academic professionals. Instead of fragmented tools and manual workflows, Bohrium centralizes capabilities like academic search, data organization, hypothesis exploration, computation, and collaboration — enabling researchers to ask complex scientific questions and receive precise, traceable insights powered by proprietary AI and large scientific models.

Core Features

Precision Academic Search

Bohrium’s Science Navigator leverages AI to deliver deep, intent-aware search across 160 million+ research papers, patents, journals, and researcher profiles, making it easier to locate relevant literature, identify connections, and avoid low-quality results often encountered with traditional keyword search.

AI-Assisted Q&A & Knowledge Extraction

Researchers can interact with Bohrium in natural language to obtain summaries, structured explanations, and insight synthesis based on scientific sources. Unlike general AI tools, responses are grounded in traceable references, minimizing hallucinations and improving reliability for academic work.

Notebooks & Computational Tools

Bohrium provides interactive notebooks and a cloud computational workbench that supports data querying, analysis, and reproducible research workflows with shared project environments and team collaboration features.

Real-Time Research Updates & Subscription

Users can subscribe to topics or fields of interest, receiving real-time tracking of new publications, discoveries, and trends, helping them stay at the forefront of emerging science.

Research Lifecycle Management

The platform unifies research data, knowledge bases, experiment design tools, and collaboration dashboards to support end-to-end research workflows, from hypothesis generation to documentation and publication.

Collaboration & Scalability

Bohrium is designed for individuals, research groups, and institutional teams. With shared notebooks, dashboards, and live project environments, collaborators can work together efficiently, track progress, manage permissions, and centralize workflows across global teams.

Tailored for Scientific Discovery

Unlike generic AI platforms, Bohrium focuses on science-specific needs — from interpreting complex academic content to assisting with experiment planning and computational modeling — making it a valuable tool for domains such as physics, biology, chemistry, materials science, engineering, and interdisciplinary research.

Typical Use Cases

1. Accelerated Literature Review: Quickly locate and synthesize scholarly work from millions of documents.
2. Scientific Q&A: Get summarized answers and explanations backed by references.
3. Experiment Planning & Analysis: Use AI-aided tools for designing experiments and analyzing results.
4. Team-Based Research Projects: Collaborate on notebooks and shared research workflows.