Skip to main content
To KTH's start page

Better research in interaction with industry

Portrait
Emil Björnson, professor of wireless communications, shows a prototype of a set of antennas that could be used in 6G mobile phone masts. (Photo: KTH)
Published Nov 15, 2024

KTH has received funding for five new industrial doctoral students. One of the projects aims to develop more efficient mobile masts for future wireless data traffic.
“Our promising research findings now have the chance to mature in collaboration with industry,” says Emil Björnson, supervisor and professor of wireless communications.

The grants from SSF, the Swedish Foundation for Strategic Research, cover a period of four to five years, will result in a doctoral degree and promote mutual exchange between academia and industry.

For Emil Björnson, the grant of 3.25 million Swedish crowns, which funds a doctoral student from the telecom company Ericsson, represents an important step forward for the basic research that Björnson's research team has conducted in recent years.

Grafik
The next network standard, 6G, will use smaller antennas than the ones used today. A mobile phone mast can accommodate thousands of antennas, and together they can direct wireless signals to mobile phones in completely new ways. The image shows a cell tower with many antennas sending eight different data signals focused on different mobiles. (Photo: KTH)

The researchers are developing concepts and algorithms for future mobile network technology. The ambition is to turn previous research results from theoretical concepts into a practical technology component ready for use in the upcoming 6G mobile network standard, Björnson says.

Why is this an urgent area to explore?

“Data traffic in mobile networks is constantly increasing, as more devices are connected and need to communicate more often. Our research could make future mobile masts more efficient by allowing them to handle more devices at the same time, so that data traffic can increase without using more energy or building more masts.”

Is there any particular point in an industrial PhD student taking on this research topic, rather than a regular PhD student?

“There are two particular advantages. Firstly, the joint supervision between KTH and our industrial partner makes the research better as we get more perspectives into the research. Secondly, it ensures that the expertise that the doctoral student builds up in the research project is transferred to industry, as the doctoral student is guaranteed to continue working at Ericsson after the doctoral thesis.”

Text: Christer Gummeson ( gummeson@kth.se )

The 2024 KTH projects granted are (project title in Swedish):

Researcher Project Company
Emil Björnson Avancerade lobformningstekniker för närfälts-MIMOsystem Ericsson
Mattias Hammar Högpresterande T2SL IR detektorer tillverkade med MOCVD IRnova
Helena Lundberg Elektrosyntetisk modifiering av PROTAC-läkemedel AstraZeneca
Eva Malmström Jonsson Bionedbrytbara vinylpolymerer från biobaserad råvara Nouryon
Martin Törngren Pålitlighet av stora språkmodeller medelst förklarbar AI Ericsson
Page responsible:redaktion@kth.se
Belongs to: About KTH
Last changed: Nov 15, 2024