What Nanotimes can do for you

 Nanotimes software products allow:

 

  • within hours, to perform work that would take several weeks

  • with a few clicks on a stand-alone interface, to perform work that would require several different softwares

 

... and it only takes one person and a computer to do the job!
 
Nanotimes

Nanotimes is a French company specialized in nanoscale simulation software solutions.

 

We provide simulation software that meets state-of-the-art requirements for STM/AFM image simulation. The application fields are many:

 

  • graphene-based devices

  • atomic scale effects in nanoelectronics,

  • carbon nanotubes based nanoelectronics,

  • nanochemistry,

  • nanofabrication tools & nanoscale integration,

  • nanostructured and nanoparticle based materials

  • etc.

 

Serving both labs and companies, Nanotimes has first oriented its simulation software technology towards STM/AFM experimentalists' very specific needs of nanoscale image interpretation... with questions such as:

 

  • How can I make a theoretician interested in my image and facilitate our dialogue?

  • Is my overall guessing correct for this image?

  • How is my molecule positionned on the surface?

  • Does my sample conformation make sense from a theoretical point of view?

  • Can I publish this image?


Now, of course, the Green simulation engine (by Dr. Jorge Iribas Cerda) at the heart of our software technology can do a lot more than help SPM experimentalists best understand their images.

 

It also offers theoreticians great features for their specific needs,  as the Green code:

 

  • Can deal either with standard unit cells (diagonalization) or with complex structures involving blocks of different dimensionality via Green's functions (e.g. the STM)

  • Uses either a semi-empirical Hamiltonian (EHT or Tight Binding) or the abinitio DFT based SIESTA framework  (to be implemented soon)

  • Offers a large amount of tools to calculate/analyze/view the electronic structure: PDOS, COOPs, charge densities, projections onto AOs, MOs, etc.

  • Deals with transport properties in out of equilibrium conditions: elastic transmission in nanodevices (e.g. STM, nanotubes, graphene, etc.)

  • Manages the calculation of vibrational modes/phonons

  • Deals with inelastic currents: electron-vibrational mode coupling, IETS

  • and last but not least, has incorporated spin-orbit (LS).


For further info on Green or Nt_STM and Nt_AFM, please ask us and download your free trial copies now.