News

Professor Kaisa Nyberg appointed IACR Fellow

The fellowship is a recognition of her outstanding scientific work in cryptology.

Professor Kaisa Nyberg is recognized for her fundamental contributions to the design and analysis of block ciphers, for contributions to mobile phone security, and for service to the International Association for Cryptologic Research, IACR. To understand the prestige of this appointment, many Turing Award Laureates, “Nobel winners of Computer Science”, can be found among the IACR Fellows.

IACR Fellows serve as distinguished colleagues to whom the IACR and its members will look for leadership and guidance as the field of cryptology and its role in the world evolve. They are well positioned to represent the cryptologic community in academia, industry, and the scientific world at large and to support and mentor other IACR members in these contexts.

See all IACR Fellows: http://iacr.org/fellows/

  • Updated:
  • Published:
Share
URL copied!

Read more news

Person in dark suit presenting ELLIS Institute Finland slide with colourful icons in a lecture room
Cooperation, Press releases, Research & Art Published:

ELLIS Institute Finland is launching machine learning fundamentals out of the lab

Research moonshots, foundation models for healthcare, and AI for RDI
Research & Art Published:

ACRIS service restored

The ACRIS research information management system is now open following the planned service break on 13–20 April 2026.
Design Methods class smiling faces during group work. Photo: Ayse Pekdiker
Research & Art Published:

Science must have a voice in society – but how?

Trust in science has fallen in Finland by almost ten percentage points in two years
The Proteins.1 team smiling at the camera. 3 men wearing dark shirts smiling at the camera
Research & Art Published:

Meet our startup: Proteins.1 aims for a breakthrough in early disease detection

Biotechnology startup Proteins.1 is developing a technology that could enable the detection of diseases such as cancer months, or even years, earlier than is currently possible. The key lies in identifying individual proteins from a blood sample.