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Current news at the Department of Physics

Current news at the Department of Physics.

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Upper panel: Comparison of the computed (red line) and measured (black dots) spectral shapes for the decay of Xe-137. Lower panel: black dots indicate the deviation of the computed points from the data points. Credit: Igor Ostrovskiy/University of Alabama

A step forward in solving the reactor-neutrino flux problem

Joint effort of the nuclear theory group at the Ģ��ֱ�� and the international collaborative EXO-200 experiment paves the way for solving the reactor antineutrino flux problems.

The Academy of Finland grants the Ģ��ֱ�� €2.4 million for Academy Projects in mathematics and natural sciences

The Academy of Finland’s Research Council for Natural Sciences and Engineering has granted funding for four Academy Projects at the Ģ��ֱ��.

12.6.2020 The Fast Interaction Trigger for the ALICE Upgrade (Slupecki)

The design of complex particle detection system, that meets strict accuracy and reliability requirements, is a complex multi-layer project.

Kimpisen lukion oppilaat Roosa Örså (vas.), Annukka Raukko, Roosa Partanen ja Jannika Hirvikallio sekä heidän opettajansa Eveliina Tuosa voittivat Jyväskylän yliopiston järjestämän fysiikkakilpailun.

Soil studies won Kiihdytin hiukkasen – physics competition organised by the Ģ��ֱ��

Kiihdytin hiukkasen –physics competition organised for the upper secondary school groups by the Ģ��ֱ�� has finished.

29.5.2020 Development of nuclear energy density functionals from optimization to uncertainty analysis (Haverinen)

The nuclear energy density functionals are still the only microscopic models that can be applied throughout the nuclear chart, including even the heaviest nuclei.

In upper panel: Schematic structure of the Brillouin zone in multiband superconductor Ba1−xKxFe2As2. For the low doping level it consists of one electron and two hole Fermi pockets. With the increase of the doping level the electron pockets disappear so that the Fermi surface undergoes the so called Lifshitz transition. In lower panel: Structure of spontaneous magnetic field generated around spherically symmetric inhomogeneity shown by the black sphere at the origin in s+is and s+id superconducting...

Observation of a novel state with broken time reversal symmetry in multiband superconductors

With the help of muon spin relaxation measurements physicists have observed spontaneous magnetic fields emerging inside the superconducting state of the metallic compounds Ba1−xKxFe2As2 within a certain range of K doping level (0.

18.5.2020 Utilization of real-time motion tracking methods in radiotherapy for prostate cancer (Vanhanen)

Newly found high fractionation sensitivity of prostate cancer has led to increasing use of stereotactic body radiotherapy (SBRT) in the treatment of prostate cancer.

15.5.2020 Measuring the charge radii of radioactive palladium nuclei for the first time (Geldhof)

Some of the fundamental properties of atomic nuclei are their size, shape and mass.

7.5.2020 Theoretical and numerical studies of the dynamics of open quantum systems (Agasti)

The time-adaptive density matrix renormalization group (t-DMRG) is considered as one of the most powerful methods to study strongly-correlated many-body quantum system.

Immediately move to remote working and teaching at Ylistö Campus

Ylistö Campus at the Faculty of Mathematics and Science moves immediately to remote working and teaching in accordance with the instructions issued by the University.

13.3.2020 Probing the nuclei beyond the proton drip line below lead (Hilton)

Researchers at the Department of Physics at the Ģ��ֱ�� have discovered three new proton (two-proton) unbound isotopes of 169Au, 165Pt, and 170Hg.

In their work Academy research fellow Hannu Paukkunen (left) and professor Kari j. Eskola determined the quark and gluon distributions of protons and neutrons inside atomic nuclei, as well as quantified their uncertainties.

High energy theorists from the Ģ��ֱ�� reach a magic limit as first in Finland

The Quantum Chromodynamics (QCD) theory group at the Department of Physics of the Ģ��ֱ��, led by Professor Kari J.

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