High speed cancer profiling

Published:02.04.13 — Identify the type of cancer for patients with breast cancer in a few minutes. This is the challenge that EPFL researchers successfully met by presenting their new “microfluidic chip.” Their research is written up in the American journal, PNAS.

Climate change: “It looks bleak now, but we have many possibilities."

Published:29.03.13 — Raymond Bradley is a distinguished climatologist who has travelled the globe to study climate and climate change for over four decades. We met with him to discuss politics, climate, and the game-changing role of mobile phones.

Shifting the Internet into high gear

Published:27.03.13 — A new-generation analog-to-digital converter (ADC) developed by a joint IBM-EPFL team has the potential to greatly increase the speed and volume of data that can be transferred over the Internet.

A "micro-tap" for treating glaucoma

Published:25.03.13 — A tiny, EPFL-designed implantable device that can be positioned within the eye and controlled remotely may well revolutionize the treatment of glaucoma. The device should be through testing this year and on its way to the market in 2014 via Rheon Medical, an EPFL spin-off.

Fantastic flash memory combines graphene and molybdenite

Published:22.03.13 — EPFL scientists have combined two materials with advantageous electronic properties – graphene and molybdenite – into a flash memory prototype that is very promising in terms of performance, size, flexibility and energy consumption.

Under the skin, a tiny laboratory

Published:20.03.13 — EPFL scientists have developed a tiny, portable personal blood testing laboratory: a minuscule device implanted just under the skin provides an immediate analysis of substances in the body, and a radio module transmits the results to a doctor over the cellular phone network. This feat of miniaturization has many potential applications, including monitoring patients undergoing chemotherapy.

Cellular bells - Key step in the manufacture of blood cells decoded

Published:18.03.13 — EPFL researchers identify the subtle regulatory chords that direct the birth of blood cells