ESIBD

Some scientific phenomena can’t be observed directly.
When understanding depends on invisible processes, interaction becomes a more powerful teaching tool than static diagrams.

The ESIBD (Electrospray Ion Beam Deposition) process allows researchers to position individual atoms, but its complexity makes it difficult to communicate to non-specialists.

Working with researcher Kelvin Anggara at the Max Planck Institute for Solid State Research, we designed and developed five interactive modules, each dedicated to a specific stage of the process—from electrospray generation and ion transport to STM and AFM microscopy. Breaking the experience into focused modules lets users understand one concept before introducing the next.

Instead of relying on static diagrams, users can adjust parameters and immediately observe the effects of their choices. This hands-on approach turns an invisible process into something users can explore, experiment with, and understand.

The project is now used as a communication tool for research presentations and scientific outreach.

The modules can be viewed here: https://anggara.science/esibd/