Atomic and molecular physics

• 14.1 M. Nakahara: Fast control of topological vortex formation in BEC by counter-diabatic driving
• 14.2 J. Solanpää: Optimal control with realistic pulses - the photoelectron spectrum
• 14.3 P. Štěpánek: Nuclear spin-induced circular dichroism and its relation to the molecular electronic structure
• 14.4 T. Kerst: Radioluminescence of Alpha-Particle Excited Gases in Deep Ultraviolet Regime
• 14.5 J. Rantaharju: Liquid-state paramagnetic relaxation from first principles
• 14.6 J. Lehto: Time-dependent two-level models and zero-area pulses
• 14.7 H. Vazquez Muiños: Creating nanoporous graphene with swift heavy ions
• 14.8 J. Roukala: Experimental and first-principles NMR analysis of Pt(II) complexes with O,O'-dialkyl dithiophosphate ligands
• 14.9 T. Löytynoja: Density functional theory capacitance molecular mechanics calculations of core-electron binding energies of methanol and methyl nitrite on silver surface
• 14.10 M. Silveri: New class of quantum error-correcting codes for a bosonic mode
• 14.11 Cancelled T. Ollikainen: Decay dynamics of isolated monopoles in spinor Bose-Einstein condensates
• 14.12 E. Kokkonen: Chemical bond reformation subsequent to resonant Auger decay
• 14.13 S. Geldhof: Saturated absorption spectroscopy and the characterization of Fabry-Perot interferometers
• 14.14 A. Selent: Remote detection NMR gas adsorption meter
• 14.15 M. A. Javed: Multidimensional Laplace NMR relaxation and diffusion studies of a phosphonium bis(mandelato)borate ionic liquid
• 14.16 O. Mankinen: Determination of Phenolic Hydroxyl Groups in Technical Lignins
• 14.17 K. Jänkälä: Single-center framework in calculation of molecular photoionization process

Particle and nuclear physics

• 19.1 P. Jalas: Calliolab in DULIA, the European network of deep underground laboratories
• 19.2 J. Joutsenvaara: Technical characterization of Calliolab, the new underground laboratory for physics research in Pyhäsalmi mine
• 19.3 H. Badran: Decay spectroscopy of $^{179}$Pb
• 19.4 K. Loo: Measurement of angular distribution of cosmic muons in Canfranc underground laboratory
• 19.5 R. Sarala: Simulation environment of C14 experiment
• 19.6 J. Hissa: Neutron background measurements in the Calliolab laboratory of the Pyhäsalmi mine
• 19.7 T. Enqvist: Concentration of $^{14}$C in liquid scintillators
• 19.8 J. Kutuniva: New underground laboratory in the Pyhäsalmi Mine (CallioLab) and plans for the future scientific activities
• 19.9 P. Pirinen: Shell model study on event rates of lightest supersymmetric particles scattering off $^{83}$Kr and $^{125}$Te
• 19.10 J. Uljanovs: The effect of magnetic field configuration on pumping in the Joint European Torus (JET)
• 19.11 M. Slupecki: The new Fast Interaction Trigger for ALICE
• 19.12 T. Malkiewicz: Cross-sections measurements of n-induced reactions
• 19.13 S. Vihonen: Optimizing the determination of the $\theta_{23}$ octant in future long baseline neutrino experiments
• 19.14 S. Vihonen: Constraining the non-standard interaction parameters in long baseline neutrino experiments
• 19.15 J. Heikkilä: CMS physics
• 19.16 A. Bosser: R2RAM project: development and characterization of a radiation-hard resistive random-access memory

Condensed matter I

• 16.1 S. A. Rouf: Magnetic couplings and relativistic effects in the chemical shift of paramagnetic molecules: a first-principles study
• 16.2 J. Heikinheimo: Detector resolution in positron annihilation Doppler broadening experiments
• 16.3 P. Koskinen: Limits of stability in supported graphene nanoribbons subject to bending
• 16.4 F. Granberg: Reduction of radiation damage in equiatomic multicomponent alloys
• 16.5 T. J. Peltonen: Twisted bilayer graphene as a way to understand high-temperature superconductivity in graphite
• 16.6 J. Li: Hybrid-perovskite structures from first principles
• 16.7 V. Prozheeva: Identification of Be$_{\text{Ga}}$ in GaN with positron annihilation
• 16.8 H. Levard: Hybrid perovskite photovoltaic materials under the atomistic microscope
• 16.9 M. Krusius: Superfluid Kelvin-Helmholtz instability
• 16.10 E. Thuneberg: Lifshitz transition in the double-core vortex in $^{3}$He-B
• 16.11 K. Arstila: Helium ion microscope A new tool for nanoscale imaging and fabrication
• 16.12 I. Todoshchenko: Waves on quantum surfaces
• 16.13 M. Ahlskog: Electronic transport in multiwalled carbon nanotubes
• 16.14 S. Masuda: Microwave Photon Source based on SINIS Junctions
• 16.15 N. Tuomisto: Modeling of electron transport through ferroelectric tunnel junctions
• 16.16 O. Miroshnichenko: A DFT study of the effect of SO$_{4}$ groups on the properties of TiO$_{2}$ nanoparticles.

Photonics

• 20.1 V. Kivijärvi: New propagation phenomena in optical metamaterials
• 20.2 N. Karimi: Focused beam excitation of optical spatial solitons in nematic liquid crystals
• 20.3 A. Nikitin: Investigation electric-field tunability of microwave photonic crystal based on a width modulated slot-line
• 20.4 C. Amiot: Multi-component gas detection using a supercontinuum source in the mid-infrared range
• 20.5 N. Karimi: Quenching nematicon fluctuations via photo-stabilization
• 20.6 S. Pourjamal: Hybrid plasmonic lattices with tunable magneto-optical activity
• 20.7 A. Penttilä: Angular-scattering Mueller-matrix measurements of a particulate sample medium
• 20.8 K. Koskinen: Recognition of multipolar second-order nonlinearities in thin-film samples
• 20.9 M. Nečada: Dipole-dipole interactions between quantum emitters in plasmonic nanosystems

Teaching in physics

• 22.1 T. Malkiewicz: Modern aids used to teach HPC to physicists
• 22.2 A. Tuomela: OuLUMA Science clubs – a fun after school activity for primary school students

Bio- and medical physics

• 15.1 V. Casula: Elevated adiabatic T1$\rho$ and T2$\rho$ in articular cartilage are associated with physical symptoms and focal knee lesions in early osteoarthritis.
• 15.2 S. Tuukkanen: Nanocellulose based piezoelectric sensors
• 15.3 A. W. Kajabi: Assessment of meniscus with quantitative MRI: adiabatic T$_{1P}$ and T$_{2P}$ in asymptomatic subjects and patients with early osteoarthritis
• 15.4 A. Peuna: Gray level co-occurrence matrix (GLCM) approach for T2 analysis of cartilage in knee osteoarthritis
• 15.5 M. Eskelinen: Photometric Stereo Imaging of Skin with Frame Based Spectral Imager
• 15.6 J. Oinas: Chemometric prediction of tensile mechanical properties of articular cartilage from FTIR spectra
• 15.7 K. Heikkilä: Epidemiological studies on the effects of prenatal ultrasound exposure in humans: case of handedness
• 15.8 M. Kinnunen: Measurement of red blood cell interactions with optical tweezers
• 15.9 M. Tenhunen: A step ahead in on-line monitoring of bio-pharmaceutical production: Timegated Raman Spectroscopic Approach

Astronomy and space physics

• 13.1 E. Laurikainen: Barlenses and their connection to boxy/peanut/X-shape bulges
• 13.2 S. Díaz-García: The mass distribution of S$^{4}$G galaxies
• 13.3 H. Salo: N-body simulations of P/B/X/barlens galaxies
• 13.4 M. Herrera-Endoqui: Study of the size, orientation and colour of barlenses
• 13.5 S. Kukkonen: Crater Count Dating of the Resurfacing Events on the Morpheos Basin, Mars.
• 13.6 H. Vanhamäki: Electrodynamic structure of the morning high-latitude trough region
• 13.7 P. Rautiainen: Ringed galaxies revisited: formation of rings in barred galaxies
• 13.8 E. Kilpua: Data-Driven Modeling of Solar Eruptions
• 13.9 A. Aikio: SWARM satellite and EISCAT radar observations of auroral arcs and field-aligned currents
• 13.10 A.–P. Leppänen: Cosmogenic $^{7}$Be deposition observed in Finnish Lapland during 1991-2014
• 13.11 K. Kauristie: How the ESA Swarm satellites can improve our knowledge on electric currents in the magnetosphere-ionosphere system?
• 13.12 T. Pennanen: Simulations of Gamma-Ray Burst Afterglows
• 13.13 A. Annila: Rotation of galaxies is governed by gravity of the Universe

Condensed matter II

• 17.1 J. Vähäkangas: Spin Doublet Point Defects in Graphenes: Predictions for ESR and NMR Spectral Parameters
• 17.2 I. Makkonen: Identification of vacancy defects in transparent semiconducting oxides: the cases of ZnO, SnO$_{2}$, and In$_{2}$O$_{3}$
• 17.3 I. Räisänen: Normal metal - insulator - superconductor junctions with titanium-gold as normal metal lead
• 17.4 J. Keski-Rahkonen: Strong quantum scars and measures of chaos in disordered quantum dots
• 17.5 J. T. Mäkinen: Dissipation and dynamics of quantized vortices in fermionic superfluid $^{3}$He-B in the zero temperature limit
• 17.6 A. Nikitin: Microwave active ring resonator based on spin-wave delay line
• 17.7 T. Ketolainen: Doping of semiconducting carbon nanotubes with acid molecules
• 17.8 S. Agasti: From the quantum Langevin equation to the Master equation: a Kraus operators description
• 17.9 M. Savytskyi: Fabrication of 3D phononic crystals for thermal transport management
• 17.10 A. Akbari: Interface effects on perovskite solar cells
• 17.11 A. Julku: Superfluidity in the Lieb lattice
• 17.12 M. Dvorak: Kondo effect in molecules adsorbed on graphene
• 17.13 E. Mykkänen: SINIS turnstile and electromagnetic environment
• 17.14 J. Senior: Microphotonics with Superconducting Qubits
• 17.15 J. Kuorelahti: Transverse acoustic impedance of a Fermi-liquid film
• 17.16 K. Kokko: Quasi-non-uniform gradient-level exchange-correlation approximation: improved accuracy for practical work
• 17.17 S. Singh: Distribution of currents in a bistable conductor
• 17.18 M. Napari: Effect of the alpha-gamma mode transition on the plasma-enhanced atomic layer deposition with rf capacitive discharges
• 17.19 M. Veske: Atomistic modeling of metal surfaces under high electric fields: direct coupling of electric fields to the atomistic simulations
• 17.20 E. Baibuz: Parameterization of the Kinetic Monte Carlo model of the long-term evolution of metal surfaces.
• 17.21 D. Cox: Cooper-pair Splitting in Graphene
• 17.22 I. Pietikäinen: Bloch-Siegert effect and cavity renormalization in a dispersive qubit-oscillator system
• 17.23 M. Jenei: High-Accuracy Pumping With Silicon Quantum Dots
• 17.24 J.-P. Kaikkonen: Carbon-based nanoelectromechanical resonators as probes of helium condensates
• 17.25 J. Tuorila: Dynamics of the qubit initialization procedure with a tunable environment
• 17.26 M. Möttönen: Detection of zeptojoule microwave pulses using electrothermal feedback
• 17.27 S. Posysaev: Theoretical study of MoS$_{2}$ contacts modes with metals
• 17.28 F. Aikebaier: Flat band superconductivity in strained Dirac materials

Synchrotron radiation

• 21.1 J. Keskinen: Multiconfiguration Dirac-Fock simulation of resonant Auger decay of 3d $\rightarrow$ 4p excited Br
• 21.2 V. Pankratov: Luminescence spectroscopy at MAX IV
• 21.3 L. Porra: Effect of mechanical ventilation on regional ventilation distribution and respiratory mechanics
• 21.4 N.L. Prisle: Novel insights to aqueous organic surfaces and clues to unraveling their atmospheric impacts
• 21.5 J. Soronen: Study of doubly ionized states in atomic potassium
• 21.6 M. Huttula: I4Future doctoral programme – novel imaging and characterization methods in bio, medical, and environmental research and technology innovations
• 21.7 R. Pärna: Status of FinEstBeaMS beamline at MAX-IV laboratory

Energy and environment

• 18.1 J. Huotari: Novel Metal Oxide Nanostructures for Advanced Chemical Sensing Applications
• 18.2 J. Kauppinen: Derivation of the climate sensitivity using the frequency response of the climate system
• 18.3 O.-P. Tikkanen: Finding a volatility basis set to describe the measured secondary organic aerosol evaporation in a chamber experiment
• 18.4 A. Tiihonen: Stability issues of dye-sensitized and perovskite solar cells
• 18.5 J. Selin: Conversion of Light to Transport Fuels through Integrated Optoelectronic Cell Factories