Bumblebee Manual
****************

Bumblebee offers kinetic Monte Carlo simulations for modeling
integrated OLED devices. This software is current provided as a
standalone program, utilizing AMS for the computation of molecular
properties in the simulation input.


Table of contents
^^^^^^^^^^^^^^^^^

* General

  * Introduction

  * Features

  * Applications

  * Version History

    * New in AMS2026

    * New in AMS2025

* Installation

  * Running Bumblebee through the AMS GUI

    * Running on a Remote Queue

  * Command Line Usage

  * FAQ

    * Do I still need to install Podman and/or the bootstrap scripts?

    * Can I still use the materials/simulations created by the old web
      interface?

    * How do I migrate from the web client to AMS?

* Theory

  * Exciton Generation

    * Energy Distribution Functions

  * Charge Hopping

  * Exciton Hopping

  * Exciton Decay

  * Intersystem Crossing

  * Exciton Quenching and Annihilation

  * Interlayer Processes

  * Vibronic Coupling

  * Coulomb Interaction

  * Initial Charge Distribution

  * Dipole Distributions

  * Quadrupolar Interactions

  * Polymeric Materials

  * QLED and QNED Devices

  * Exciplexes

  * Alternating Current

  * Photoluminescence

  * Lifetime Simulations

  * OFET

  * Transient Responses

    * Pulses

  * Simulation Volume

  * Morphology

  * Annealing

  * Pre-equilibration

  * Optical Outcoupling

  * Simulation Settings

    * Timescale

    * Parallelization

    * Output

    * Acceleration

    * Memory Usage

    * Reproducibility

* Usage

  * Graphical User Interface

  * BBinput: Setting up the Simulation

    * Materials

    * Compositions

    * Stack

    * Parameters

    * Simulation

  * AMSjobs

  * BBresults: Visualization

  * Input Files

  * Output Files

* Bumblebee Tutorials

  * Getting Started

    * Basic Usage

    * Bulk Mobility

    * Parameter Screening: Voltage Sweep

    * Exciton Simulation

    * Acceleration

  * Advanced Features

    * Layer Morphology

    * Polymeric OLED

    * Device Lifetime (Degradation)

    * Photoluminescence

    * Transient Switching

    * OFET Simulation

    * Device Equilibration

    * Advanced Initialization

    * Amorphous Disorder

* Required Citations

  * General References

  * Key Publications

* FAQ
