News EPFL - EPFL

Detecting short circuits by going back in time

Published:07.07.17 — It took EPFL researchers only three minutes to detect and locate a short circuit triggered intentionally in the power grid serving Fribourg Canton. The researchers, using a computer and a single sensor, spotted it by “going back in time” to find the origin of the problem. Their highly promising method could make it easier to manage complicated power grids, especially those incorporating renewable energies.

Artificial musician builds new melodies without music theory

Published:06.07.17 — A deep-learning algorithm developed by EPFL scientists can generate melodies that imitate a given style of music. The “deep artificial composer” could one day generate convincing music for multiple instruments in real time, with applications ranging from video games to helping composers in the creative process.

A robot to help visually impaired schoolchildren find their way

Published:03.07.17 — Summer series – students works: Alexandre Foucqueteau has taught Cellulo, a little hand-sized robot, how to help visually impaired children find their bearings and avoid obstacles in the classroom.

An encryption system that hides your travel data from Uber

Published:30.06.17 — Researchers from EPFL and UNIL have developed an encryption protocol that can put drivers in touch with passengers while keeping their personal data secret.

The gene behind follicular lymphoma

Published:28.06.17 — EPFL scientists have discovered an important gene whose loss lies behind follicular lymphoma, an incurable cancer.

Flipped classrooms enhance the learning process

Published:28.06.17 — A series of videos featuring EPFL teachers showcases innovative teaching methods that have been developed and put into practice on the school’s campus. The goal? To help students learn better, regardless of their field of study.

Discovery of a new mechanism for bacterial division

Published:26.06.17 — EPFL scientists show how some pathogenic bacteria — such as the mycobacteria that cause tuberculosis — use a previously unknown mechanism to coordinate their division. The discovery could help develop new ways to fight them.