ҳ

26 March 2026

Diana Pamela Moya Osorio was recently interviewed by the strategic research environment ELLIIT, where the upcoming focus period and 6G were in the spotlight.

En kvinna med långt hår som bär ett halsband.

In 2024, the strategic research environment ELLIIT launched the interview series Meet the Recruited Faculty, highlighting newly recruited top researchers. Diana Pamela Moya Osorio, Assistant Professor at the Division of Communication Systems (KS), is one of these recruited experts and has been part of the ELLIIT Recruited Faculty since October 2023.

During the spring, she has been working on organizing ELLIIT’s upcoming focus period at Linköping University.

An international platform

The focus periods are a visiting researcher program within ELLIIT, aimed at bringing together leading international researchers and inspiring young ELLIIT researchers through personal interactions with top scientists from around the world. The focus periods last five weeks and are organized twice a year at one of the ELLIIT universities around a specific research topic.

The focus period co-organized by Diana Pamela Moya Osorio begins on April 7 and is titled “Wireless Sensing Technologies for Emerging Applications.”

Read more about the focus periods and the full interview with Diana Pamela Moya Osorio on the .

Contact

Latest news from LiU

Woman at office.

Biogenic carbon dioxide could become a key resource as biogas expands

During the production and upgrading of biogas, carbon dioxide is released, a greenhouse gas that affects the climate. However, research at ҳ shows that this carbon dioxide has several uses and could become an important resource.

A man wearing glasses standing in front of a red wall.

Moral economy perspectives through history

When a crisis arises, a humanitarian urge to help others is often awakened. But what happens when emotions rule and knowledge is lacking? Norbert Götz, professor of modern history, has researched the conditions of humanitarian aid.

A couple of men standing next to each other in front of a blackboard.

Scientists mimic heart muscle cells with conductive plastic

For the first time, scientists have succeeded in artificially mimicking the ion signalling of heart muscle cells. To succeed, researchers at LiU have used organic electronics. The findings open up for new types of implants and sensors.