Pioneering AI in Chemical Data: New Frontline with GC-MS Generation

The accurate detection and analysis of chemicals have become increasingly important for security and environmental monitoring with the integration of artificial intelligence (AI) methods gaining traction. However, the scarcity of certain chemicals poses significant challenges to the AI learning process. This paper presents a comprehensive AI approach and strategic direction for generating synthetic gas chromatography-mass spec-Trometry (GC-MS) data for such limited-Availability chemicals. We conduct exploratory data analysis (EDA) on GC-MS data and apply advanced AI-driven generative algorithms, with a focus on Variational Autoencoder (VAE) and Generative Adversarial Network (GAN), acknowledging the challenges faced by current AI technologies in learning from chemical data. Additionally, we introduce a secondary contribution by developing custom Python-based tools for 3D visualization of GC-MS data, enhancing intuitive understanding and analysis precision. Our findings offer new possibilities and directions for the expansive application of AI in chemical analysis.