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Sciglm 6B

Developed by zd21
SciGLM is a set of scientific language models capable of university-level scientific reasoning, constructed using a self-reflective instruction annotation framework to build the high-quality dataset SciInstruct.
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Release Time : 2/25/2024

Model Overview

SciGLM is a large language model focused on scientific reasoning, capable of handling complex problems in physics, chemistry, mathematics, and formal proofs. Its core innovation lies in the self-reflective instruction annotation framework, addressing the challenge of data scarcity in the scientific field.

Model Features

Self-Reflective Instruction Annotation Framework
Utilizes existing large language models to generate step-by-step reasoning for unannotated scientific problems, optimized through a self-reflective critique and revision process to construct a high-quality dataset.
Multidisciplinary Scientific Reasoning Capability
Capable of handling complex problems across multiple scientific fields such as physics, chemistry, mathematics, and formal proofs, achieving university-level proficiency.
High-Quality Dataset SciInstruct
Contains 254,051 entries covering multiple disciplines including mathematics, physics and chemistry, and formal proofs (Lean).

Model Capabilities

Scientific Problem Solving
Multi-Step Reasoning
Mathematical Calculation
Physics Problem Analysis
Chemistry Problem Solving
Formal Proofs

Use Cases

Education
University Science Course Assistance
Helps students understand complex scientific concepts and solve scientific problems.
Improves learning efficiency and depth of understanding
Research
Scientific Problem Exploration
Assists researchers in preliminary exploration and hypothesis validation of scientific problems.
Accelerates research progress
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