EPFL

EPFL unveils laser ranging method using chaotic frequency combs in optical microresonators, advancing optical tech and communication.

EPFL’s quest for sustainable fusion energy: Pioneering research into replicating star-like reactions on Earth.

Researchers at .NeuroRestore have developed a gene therapy that encourages nerve re-growth across spinal cord injuries in mice, restoring mobility. …

Advancing Computing: Blending analog & digital realms via 2D semiconductors & ferroelectric materials for brain-like efficiency.

EPFL scientists achieve quantum breakthrough: ultra-low decoherence in superconducting optomechanical platform.

EPFL scientists leverage gravitational lensing to measure quasar-hosting galaxy mass with tripled accuracy, providing insights into early universe evolution.

Scientists amplify manipulative capacity of cold atomic gases, creating a new type of matter to advance quantum technology.

Groundbreaking study simplifies quantum learning: Quantum Neural Networks (QNNs) enable quantum computers to understand and predict quantum systems with minimal …

Scientists engineer ‘designer tubulins’ with specific modifications, unlocking the intricate tubulin code and its role in diseases.

EPFL researchers combine nanopore technology with scanning ion conductance microscopy, achieving precise control for individual molecule analysis.