class: center, middle # MolSSI Research Proposal ## .red[Computational Design of Artificial Molecular Machines] ### Kutay B. Sezginel #### July 30, 2018 --- ## Molecular Machines *An assembly of a distinct number of molecular components that are designed to perform machinelike movements (output) as a result of an appropriate external stimulation (input).* --
Kinesin
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RNA Polymerase
--- ## 1. Project .red[**Developing a computer-aided design tool to build and study artficial molecular machine systems at different length scales.**] -- ### Artificial Molecular Machines
--- ## 2. Phase I Goal - Nanocar builder
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--- ## 2. Phase I Goal - Nanocar builder - **Atomic coordinates of wheels and chassis** - Experimental and hypothetical -- - **Geometric operations to assemble Nanocars** - Manipulating wheel and chassis sizes - Connecting wheels to chassis - Placing nanocars on surfaces -- - **Energetic calculations and force field assignment** - Surface interaction energy - Topological analysis and simulation setup -- - **UI Integration** - Interactive Nanocar builder --- ## 3. Audience - Academia (Experimental & Computational) -- - Outreach and education (high school students and undergraduates) -- - Nanocar racers
--- ## 4. MolSSI Support
- How to contribute code to larger open source projects - UI Integration .col3[
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] --- ## 5. Similar Work .col2L[ - **ASE** - Nanotubes, nanoribbons - Crystals - Building tools ] .col2[
] -- .col2L[ - **Avogadro** - Molecule drawing - Nanotubes ] .col2[
] -- .col2L[ - **Blender** - Nanoparticles ] .col2[
] -- .col2[
- `STK` (Dr. Kim Jelfs - Imperial College London)] .col2[
- `mBuild` (Dr. Peter Cummings - Vanderbilt University)] --- class: center, middle #
Thank you!