黑料网

News

Distinguished thesis prize awarded to Bayan Karimi

Aalto graduate lauded for influential thesis work in circuit quantum thermodynamics
Aalto graduate Bayan Karimi received an award from the European Center for Advanced Studies in Thermodynamics. Photo: Bayan Karimi/Aalto University
Aalto graduate Bayan Karimi received an award from the European Center for Advanced Studies in Thermodynamics. Photo: Bayan Karimi/Aalto University

The European Centre for Advanced Studies in Thermodynamics (ECAST) on June 14 awarded Aalto University graduate Bayan Karimi with a distinguished thesis prize. The award recognizes a PhD thesis of a promising young researcher covering all branches of thermodynamics, from applied and experimental to the most theoretical.

ECAST awarded Karimi with the at the Joint European Thermodynamics Conference in Salerno, Italy, during which Karimi gave an oral presentation of her work. Her thesis belongs to the newly developed research area of quantum thermodynamics, which is anticipated to be an important basis in managing heat dissipation and measurements in quantum technologies and computing. 

Karimi鈥檚 thesis experimentally and theoretically demonstrated phenomena and devices in quantum thermodynamics realised by superconducting and metal circuits on a chip at extremely low temperatures. She experimentally implemented an ultra-sensitive thermal detector reaching the ultimate noise level dictated by fundamental thermal fluctuations.

鈥淚 am very honoured to receive this prize acknowledging our work and the field we are working on,鈥 Karimi said. 鈥淚 want to thank my supervisor, professor Jukka Pekola, and the PICO research group at Aalto University, where the wonderful environment and the great experimental facilities were essential for this work.鈥

Karimi worked three years as a doctoral student in the Marie Curie training network Questech, and she defended her thesis in 2022. Her works have attracted attention internationally, and she has been an invited speaker in several international conferences. 

The Quantum Technology Finland Centre of Excellence (QTF) awarded Karimi in 2020 the annual discovery prize as part of her doctoral work. In 2022, her doctoral thesis was awarded one of the best doctoral theses in the Aalto University School of Science.

In addition to the Ilya Prigogine Prize, Karimi also received the from the University of Regensburg Foundation in Germany. The prize included the opportunity for Karimi to provide three guest lectures and a colloquium in Regensburg in July.

Karimi is currently working as a postdoctoral researcher at the University of Helsinki in the HelTeQ group led by professor Sabrina Maniscalco, as well in the PICO group at Aalto University led by Pekola.

Bayan Karimi

Read more from Karimi

An illustration showing a nano-strip of copper being bombarded by photons, with a thermometer measuring its heat

How sensitive can your quantum detector be?

A new device measures the tiniest energies in superconducting circuits, an essential step for quantum technology

News
QTF Annual Discovery Prize

Quantum Technology Finland awards Bayan Karimi

PhD student wins prize for her groundbreaking research achievements

News
  • Updated:
  • Published:
Share
URL copied!

Read more news

An open book standing on a tall stack of colourful closed books on a white background
Awards and Recognition Published:

R2B funding

ne win for ajnksdlm jncwd
Asst. Prof. Magda Posani presenting the TFK Bio-LCArch project at NSB 2026 in Tampere (Photo taken by A!BP)
Awards and Recognition, Cooperation, Research & Art Published:

International educational project at Aalto University funded by the TFK Programme

The Bio-Design for Low Carbon Architecture (Bio-LCArch) project is a collaborative initiative between Aalto University in Finland and Beijing Jiaotong University in China, geared toward demonstrating how bio-based materials can facilitate the construction industry's transition to net-zero emissions.
Glowing neon sphere with geometric core and light trails floating above a tablet in the dark
Press releases, Research & Art Published:

World鈥檚 first superconducting quantum heat engine opens the path to larger quantum computers

A newly-developed superconducting quantum heat engine not only advances our understanding of thermodynamics but also enables technologies needed for high-qubit quantum computers.
Large, diverse audience in a lecture hall applauding, seated in curved rows with laptops and notebooks
Cooperation Published:

The World Planning Schools Congress 2026 brought together more than 1500 participants in Espoo and Helsinki

The sixth World Planning Schools Conference took place in July 2026 hosted jointly by Aalto University, University of Helsinki, and Tampere University.