Understanding molecular structures in three dimensions is essential for learning key chemistry concepts such as geometry, stereochemistry, and atomic interactions. However, traditional tools often rely on static two-dimensional representations that limit spatial reasoning. This work presents an immersive system that integrates smartwatches, machine learning, and mobile virtual reality through Google Cardboard. Users draw atomic symbols on a smartwatch, which are recognized by a cloud-based neural network and rendered as 3D molecular models in real time. By combining gesture-based input, cloud processing, and immersive visualization on a smartphone using Google Cardboard, the system seeks to provide an intuitive and accessible learning experience grounded in enactive cognition. Preliminary results demonstrate its usability, engagement potential, and suitability in educational contexts.