aiidalab-qe

Create a fully-functional mini-app using the 'aiidalab-qe' package that simplifies Quantum ESPRESSO (QE) calculations for materials science researchers. Your app should enable users to easily input material structures, select appropriate calculation types, and run simulations without needing deep knowledge of QE. Here’s a step-by-step guide on what your application should achieve:

1. **User Interface Design**: Develop a clean, user-friendly interface where users can upload their material structure files (e.g., CIF, POSCAR). Ensure the interface allows for easy selection of different QE calculation types such as static, molecular dynamics, band structure, etc.
2. **Input Parameter Customization**: Implement a feature allowing users to customize input parameters for their chosen calculation type. This could include setting up k-point grids, pseudopotentials, and other simulation settings.
3. **Job Submission and Management**: Integrate functionality to submit these customized jobs to a computational resource via AiiDA workflows. Provide real-time feedback on job status, progress, and completion.
4. **Visualization Tools**: Include tools to visualize results post-calculation, such as density of states (DOS), band structure plots, and charge density maps.
5. **Documentation and Help Resources**: Offer comprehensive documentation and help resources within the app to assist users with common tasks and troubleshooting.

**Utilizing 'aiidalab-qe'**: This package provides the foundational setup for integrating Quantum ESPRESSO into a web-based application through AiiDA, a workflow management system. It includes pre-configured workflows and plugins necessary for interfacing with QE, handling input/output files, and managing computational resources efficiently. Your task is to leverage these capabilities to streamline the QE workflow for non-expert users, making advanced materials simulations more accessible.