This is a website for public presentation of the electron transport software

BITLLES

Bohmian Interacting Transport in non-equiLibrium eLEctronic Structures (*)

BITLLES is a user-friendly and general-purpose software for the time-dependent simulation (DC, AC, noise) of electron transport in nanoelectronic devices, using semi-classical or quantum (Bohmian) trajectories. The software is developed by the Departament d'Enginyeria Electrònica from Universitat Autonoma de Barcelona

• 1.- Motivation_and_Presentation

  2.- Authors_and_external_collaborators

  3.- Software_download

  4.- Help

Some useful infomration can be found in:

1.- For a review of Bohmian mechanics, see:

• overview_of_Bohmian_mechanics.pdf

which is the first chapter of the book

• '''Applied Bohmian Mechanics: From Nanoscale Systems to Cosmology'''

2.- For an explantion of the importance of quantum transport see

• X.Oriols and D.K.Ferry "Quantum transport beyond DC" Journal of Computational Electronics, 12(3), 317 (2013).

and for the BITLLES simulator see the recent paper

• G. Albareda, D. Marian, A. Benali, S. Yaro, N. Zanghì and X. Oriols "Time-resolved electron transport with quantum trajectories" Journal of Computational Electronics, 12(3), 405 (2013).

Contact Information

• Xavier Oriols

• Dept.Enginyeria Electrònica
• Universitat Autònoma de Barcelona
• 08193 Bellaterra. SPAIN

• Phone:+34 93 581 35 23

• FAX: +34 93 581 26 00

• http://europe.uab.es/xoriols

• 

(*) The acronym BITLLES (Bohmian Interacting Transport for non-equiLibrium eLEctronic Structures) is also the catalan name of the bowling pins, which are solid pieces of plastic or wood situated in a periodic structure (similar to a solid-state device) waiting for a ball (an electron) to impinge on them.