01
See the molecule
Rotate and inspect molecular geometry in 3D. Switch representations and animate symmetry operations to connect abstract ideas with visible changes in the structure.
3D MOLECULAR EXPLORATION CHEMISTRY, MADE INTERACTIVE
Ask naturally.
Explore scientifically.
VoiceLab connects the questions you ask with the chemistry you can see. Explore molecular structures, understand symmetry, examine spectra and work with computational results in one interactive scientific workspace.
WHY WE BUILT VOICELAB
Less switching.
More understanding.
A molecule is more than a structure on a screen. Its geometry shapes its symmetry; its symmetry helps explain its vibrations; its electronic structure opens another view of its behaviour. Making those connections is where chemistry becomes meaningful.
Yet exploring them often means moving between textbooks, viewers, output files and calculation tools. VoiceLab brings these steps into a connected workflow, so you can move from a question to a visual explanation, inspect the analysis and decide what to explore next.
ONE WORKSPACE. CONNECTED WAYS TO EXPLORE.
02
Understand its symmetry
Explore point groups, symmetry operations, character tables and vibrational selection rules. Connect the language of group theory with the molecule in front of you.
MOLECULAR SYMMETRY03
Give spectra context
Work with IR, Raman and NMR data alongside molecular structure. View uploaded or calculated spectra, inspect available modes and relate the results to the underlying chemistry.
SPECTROSCOPY04
Explore electronic structure
Inspect molecular orbital energies and view orbital surfaces when wavefunction or cube data are available. Connect HOMO and LUMO analysis with the main molecular viewer.
MOLECULAR ORBITALS05
Work with calculations
Prepare ORCA inputs, use available calculation workflows and bring supported computational outputs into the workspace for visualization and analysis.
COMPUTATIONAL CHEMISTRY06
Ask in your own words
Use natural-language questions and supported voice commands to explore the workspace. Move between conversation and hands-on controls as your investigation develops.
AI-ASSISTED INTERACTIONV
ASK → EXPLORE → UNDERSTAND
OUR APPROACH
Make the reasoning worth exploring.
A useful scientific assistant should help you understand a result, not just display it. VoiceLab pairs conversational guidance with molecular visualization and inspectable computational analysis, keeping your scientific judgement at the centre of the workflow.
01Start with a question. Use a molecule or dataset to ground the exploration.
02Follow the connections between geometry, symmetry, spectra and orbitals.
03Inspect the source and method, then interpret what the result means.
BUILT FROM A CHEMIST’S CURIOSITY
A clearer way
to explore chemistry.
VoiceLab was created by Pawan Kumar Gayari, an M.Sc. Chemistry student at IIT Indore, to connect chemistry, group theory and artificial intelligence in a practical research environment.
Our vision is to make computational chemistry easier to approach without losing the detail that makes it valuable. For a student learning point groups, an educator explaining vibrations or a researcher inspecting a calculation, the aim is the same: make the chemistry easier to see, question and understand.
YOUR NEXT QUESTION STARTS HERE