LTL

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Low Temperature Research

Our low temperature research tackles the most challenging problems in the field of quantum physics. These include intricate properties of fermion superfluids, interfaces in quantum materials, dissipative processes when approaching the absolute zero, and discovery of new types of ordered systems at record low temperatures.

In nanophysics

In nanophysics we focus on control of charge, flux, phonons, and microwave irradiation at the ultimate accuracy governed by quantum mechanics. Conversion between these quantities is employed for developing new paradigms and novel sensor applications.

Brain Research

The Brain Research Unit comprises research groups studying human brain functions at the system level. The Unit also develops methods used in brain imaging research.


News

  • June 5, 2013 Prof. Jukka Pekola has been granted Academy Professor position for the years 2014–2018 by the Academy of Finland [1] [2]
  • May 6, 2013 Aalto NeuroImaging provides top infrastructure for brain research [3]
  • April 3, 2013 Aalto University researchers from the O.V. Lounasmaa Laboratory have studied rotating superfluid flow at lower temperatures than has been possible ever before. For the first time, these measurements allow reliable extrapolations to zero temperature. The research was published in the scientific journal Nature Communications [4]
  • March 1, 2013 Academy Professor Riitta Salmelin has been invited to serve as a member on the new Science and Technology Advisory Council, which has been set up by the European Commission to support President José Manuel Barroso [5].
  • February 11, 2013 Aalto University researchers from the O.V. Lounasmaa Laboratory and the Department of Applied Physics have successfully connected a superconducting quantum bit, or qubit, with a micrometer-sized drum head and transferred information from the qubit to the resonator and back again [6].
  • February 4, 2013 The researches of the Aalto University and the University of Oulu have succeeded to simulate a phenomenon called motional averaging, which demonstrates that in certain conditions externally-induced fast fluctuations in energy can help stabilize the state of the system [7]
  • January 28, 2013 Graphene researchers at Aalto University are part of EU’s billion-euro Graphene Flagship research initiative. The research groups run by Aalto University professors Pertti Hakonen and Harri Lipsanen are responsible for sensor development and production of high frequency transistors [8].
  • January 28, 2013 Aalto neuroscientists at O.V. Lounasmaa Laboratory Brain Research Unit participate in EU’s 1 billion FET Flagship project [9]
  • 18 December, 2013 Dyslexia-linked genetic variant disturbs crossing of auditory pathways in the brain [10]

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