Elements and roadmap for interactive molecular graphics and modeling "in the Holodeck".

Area of Science:

• Chemistry
• Drug Discovery
• Materials Science
• Structural Biology

Background:

• Molecular graphics have significantly advanced scientific fields.
• Current visualization methods are effective but limited by 2D interfaces for complex 3D tasks.

Purpose of the Study:

• To argue that the next major advancement in molecular science lies in intuitive, immersive, direct 3D manipulation.
• To explore the potential of "Molecular Holodeck" environments for research and education.

Main Methods:

• Discussing current prototypes and software solutions enabling immersive molecular interaction.
• Reviewing multi-modal inputs (hands, haptics, voice, AI) and collaborative features.
• Outlining necessary developments and challenges for realizing immersive molecular science.

Main Results:

• The vision of immersive molecular science environments is starting to be realized.
• Existing technologies can form the basis for these advanced environments.
• Prototypes and software demonstrating elements of this vision are available.

Conclusions:

• The shift to hands-on, multi-user, immersive manipulation will revolutionize hypothesis generation, molecular design, and understanding.
• These advancements promise to transform collaborative work, discussions, research, and education in chemical sciences.
• Overcoming technical and practical challenges is key to achieving the full potential of immersive molecular science.