EPFL
Stabilizing polarons opens up new physics
Research
EPFL
Physicists at EPFL have developed a formulation to solve the longstanding problem of electron self-interaction when studying polarons – quasiparticles produced by electron-phonon interactions in materials. The work can lead to unprecedented calculations of polarons in large systems, systematic studies of large sets of materials, and molecular dynamics evolving over long time periods.
Lightweight, ultra-connected seaborne containers
TechTransfer
EPFL
The composite containers developed by AELER, an EPFL startup, deliver better performance across the board: they’re stronger, have a bigger payload, are better insulated, allow for enhanced tracking and can help cut carbon emissions. More than 60 of the containers are currently crossing oceans around the world, and the firm hopes to grow this number substantially starting next year. 
More soil, less concrete: changing mindsets in construction
Research
EPFL
For his Master’s project, architecture student Jeremy Morris assessed the life cycle of building materials in Vaud Canton. His research shows that the construction industry could shrink its carbon footprint by making more regular use of soil. Morris proposes three courses of action, which he will present at the Quinzaine de l’Urbanisme.
A new advanced manufacturing center opens up in Neuchâtel
TechTransfer
EPFL
The manufacturing industry is going through a period of profound change, driven in part by the advent of 3D printing and other advanced technologies. In order to support Swiss industry at this critical juncture, EPFL and CSEM have joined forces to create the Micromanufacturing Science & Engineering Center (M2C), a new focal point for pure research, technology transfer and everything in between.
Nanotubes illuminate the way to living photovoltaics
Research
EPFL
Scientists at EPFL have gotten bacteria to spontaneously take up fluorescent carbon nanotubes for the first time. The breakthrough unlocks new biotechnology applications for prokaryotes, such as near-infrared bacteria tracking and “living photovoltaics” – devices that generate energy using light-harvesting bacteria.
A window into the fruit fly's nervous system
Research
EPFL
Scientists at EPFL have developed an implantation technique that allows unprecedented optical access to the “spinal cord” of the fruit fly, Drosophila melanogaster. This work can potentially lead to breakthroughs in the fields of neuroscience, artificial intelligence, and bio-inspired robotics.
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