News

Young Finnish scientists: “Millennium winners gave us fresh ideas and motivation”

The Global Young Scientists Summit gave the next generation of the scientific world a chance to meet and learn from Millennium Technology Prize and Nobel Prize winners in Singapore.
Finnish PhD students Robert Pylkkänen (Aalto University), Armi Tiihonen (Aalto University), Jenni Raitoharju (Tampere University of Technology), Nora Wilson (Åbo Akademi) and Dhirendra Singh (Oulu University) in Global Young Scientists Summit in Singapore. Photo: Technology Academy Finland

“Absolutely the best thing was sitting down with some of the most influential people in history and listening to their stories. I never imagined I would get a chance to talk to these people”, says Robert Pylkkänen, a PhD student from Aalto University.

Pylkkänen was one of the five Finnish scientists that Technology Academy Finland nominated to the reputed Global Young Scientists Summit held in Singapore late January. The high-level summit hosted three Millennium Technology Prize winners alongside Nobel Prize, Fields Medal and Turing Award winners.

All five participants from Finland work on the field of one of the summit’s Millennium Technology Prize winners and got a special chance to meet with their discipline’s big name.

Robert Pylkkänen and his peer Dhirendra Singh from Oulu University both follow the footsteps of the 2016 Millennium winner Frances Arnold who pioneered the methods of directed evolution and of creating enzymes for eco-friendly industrial processes.

“It was a great honour to meet professor Arnold. I have learnt so much from her and I am applying the knowledge in my current project”, Singh tells.

Pylkkänen agrees:

“After the summit I travelled back to Finland with my head full of fresh ideas and inspiration and couldn’t wait to get back to my lab and to my experiments.”

Millennium Technology Prize winners (in front) Stuart Parkin, Frances Arnold and Michael Grätzel with Finnish PhD students Nora Wilson (Åbo Akademi), Armi Tiihonen (Aalto University), Robert Pylkkänen (Aalto University), Dhirendre Singh (Oulu University) and Jenni Raitoharju (Tampere University of Technology). Photo: Technology Academy of Finland.

Networking with peers

For PhD students Nora Wilson from Åbo Akademi University and Armi Tiihonen from Aalto University meeting the 2010 Millennium Technology Prize winner Michael Grätzel was an important moment but so was talking with their peers in the field of solar power.

Tiihonen’s whole PhD thesis is about dye-sensitised solar cells, developed by professor Grätzel, and in the summit she had the chance to get to know young scientists working in Grätzel’s team in Switzerland.

“Hearing about the most recent discoveries in the field confirmed my ideas of the focus in my own research and gave me new ideas for the future”, Tiihonen says.

The summit hosted more than 200 young scientists from all over the world and spending time in an interdisciplinary environment was one of the most valuable aspects for all the young scientists.

Jenni Raitoharju from Tampere University of Technology uses professor Stuart Parkin’s (2014 Millennium Technology Prize) innovations in data storage in her everyday work with machine learning – and so do many others in various fields using Big Data.

“I believe that the successful future applications of machine learning will require expertise on both machine learning and the application that can be almost anything. Therefore it was important to hear what is happening in science in general and to get to know my peers, which may result in collaboration across the science disciplines in the future”, Raitoharju says.

The summit’s inspirational atmosphere also reminded the participants why they started working for science in the first place.

“Hearing about several different fields and discussing with scientists of different backgrounds gave me the feeling of being part of the scientific community as a whole. I also felt hope from hearing about how passionately people are working towards a better future”, Nora Wilson says.

Text: Laura Manas/TAF

The next Millennium Technology Prize will be awarded on 22 May 2018 in Helsinki, Finland.

millenniumtechnologyprize.fi
Twitter: @millenniumprize
Facebook: @millenniumprize

Read also:

Millennium winners: “Young scientists are a source of energy”
Young Scientists from Finland get to meet with Millennium winners in Singapore

  • Published:
  • Updated:
Share
URL copied!

Read more news

Jose Lado, photo: Evelin Kask
Research & Art Published:

Early career award granted to Professor Jose Lado

Professor Jose Lado was awarded early career prize. The award recognizes the talents of exceptional young researchers who are making a significant contribution to their respective field of research. The runner-up prize was awarded to Prof. Lado by Deutsche Physikalische Gesellschaft and Institute of Physics through New Journal of Physics (NJP).
Designs for a Cooler Planet 2022 – Open call
Research & Art Published:

What's Life 1.5 like? – Apply now for Designs for a Cooler Planet 2022 to showcase a sustainable future

The climate crisis and biodiversity loss call for radical new ideas. How does your work contribute to wiser consumption, climate solutions or a more sustainable working life? Designs for a Cooler Planet 2022 will present Aalto's most interesting projects to support sustainability – apply now!
Pro arte utili_kirjan kansi_kirjoittajat_kuva_Annukka Mäkijärvi
Cooperation, Research & Art, University Published:

From the margins to the top: How the School of Arts, Design and Architecture rose to the international forefront

New book Pro Arte Utili tells about leadership and vision guiding the change.
Researchers were able to time the extraction and splitting of entangled Cooper pairs from a superconductor. Picture: Aalto University.
Research & Art Published:

Novel quantum device design promises a regular flow of entangled electrons on demand

Quantum computer and many other quantum technologies rely on our ability to generate quantum entangled pairs of electrons. By dynamically controlling two quantum dots near a superconductor, researchers could time the extraction and splitting of entangled Cooper pairs from a superconductor.