The Molecular Workbench software allows developers to create interlinked simulations. This allows many simulations in just one applet, which I call a "mega" applet. The following example, which provides simulations of physical phenomena at different scales, shows how this works.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjRMhiNiZyLH7NSrguEQhtPoGpF75hrG-NCtHreNtV4GPDc1TIupoM4d8M2uWyAY3_G7qoLuBD6KnOkW6Ge98vSw6u5y5h8aEfQ1o2ybsz1WUCwAmPIwHRffYGiT-1Uiwn-l8u_PjK_P4U/s320/zoomit.png)
Here is another example of molecular dynamics simulations of pressure conveyance in different settings through fluids:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjgNUWj17PppwGXeI0JeRuXSfIohvWhRVCnuaKe1ZFpws8jbiEm2ZF7lDgnIeoXdMGANpjGM4k-JPsFan-H3ZL9QPhlAL_MIxjveVUsC9GA3knx3rDpa8S6h1fMBP1j19P4VgGJeuPIasw/s320/pressure.png)
A Molecular Workbench "mega" applet provides rich user experiences similar to Web 2.0, which can be designed using the software's authoring system. This is similar to Macromedia's Flash software.