News
Research, Innovations, and Scientific Event Updates
Global Research in 2021 Enabled by Fluxim
With 97 papers published in 2021 so far (and a few more to come before the year-end) it has been another record year for papers enabled with Fluxim’s software and measurement instruments.
In our latest post you’ll find the papers that really stood out for us this year. PLUS a sneak preview of our latest video on PHELOS.
Advanced Optical Simulation to Develop Curved OLED and LCD Displays
Curved (Organic) Liquid Crystal Displays [(O)LCD] are becoming increasingly popular in the consumer electronics and automotive sectors. Here we demonstrate how to use the simulation software Loass to rapidly develop flexible Backlight Units which are an essential components of OLCDs.
How a Master Thesis Project Developed into the New Setfos Advanced Excitonics Module
We recently launched version 5.2 of our advanced simulation software Setfos. On top of the many new features that were deployed we developed a new module: The Advanced Excitonics Module (AE) that features a novel 3D model for Excitons based on a Master-Equation approach. Learn how to use it in our latest post.
We released Setfos 5.2. The most advanced simulation software for LEDs & solar cells is now even better.
The summer is here, and we’ve got some exciting news to share regarding our simulation software Setfos. Plus, we’ve posted the latest papers from our customers, and if you’ve missed our past scientific tutorials, don’t worry we have gathered them all together in one place. Read all about it here in our newsletter.
Angle-resolved Photoluminescence and Electroluminescence of LEDs and Light-Emitting Materials
In this month's newsletter, we'll show you how our colleagues at The Max Planck Institute for Polymer Research and the ETH used such an instrument, plus we detail some of the properties and applications of quantum dots, in particular, perovskite nanocrystals.
Here is how a Setfos simulation can help your development of LEDs and solar cells (with step by step tutorials)
Using simulation to validate your experiments or to understand the mechanisms governing your OLED or solar cell. In April’s newsletter, Dr. Urs Aeberhard demonstrates how to use the advanced simulation software Setfos to model a Solar cell and an OLED.
Developing the next generation of solar cells or LEDs requires fast and reliable characterization tools
Classical research techniques for characterizing solar cells and LEDs are time-consuming and lead to unreliable results. This is true especially when you are dealing with materials that degrade fast. We have developed a tool to combat this problem.
Find out how Paios can supercharge your research.
New Papers Published from LED and Solar Cell Researchers
We’re always delighted when we see our research tools have assisted in getting new research published. Read the latest papers from our customers on working on next-generation perovskite solar cells OPVs and LEDs.
Celebrating Research in 2020
Research is the backbone of what we do at Fluxim. Join us in reading about the standout research of 2020 and the various research projects we’ve been collaborating on this year.
Our Simulation Software Laoss Just Got Better!
After several months in development, our simulation software Laoss adds a brand new optical module.
The Laoss optical module sits alongside our electrical and thermal modules. Together they offer a powerful software package for the design and simulation of OLEDs, perovskite/organic solar cells and large area semiconductor devices.