Najczęściej cytowane publikacje
Najczęściej cytowane publikacje pracowników
Wydziału Fizyki
Uniwersytetu im. Adama Mickiewicza w Poznaniu
wg Web of Science, 15 IX 2016
1 | Superconductivity in Narrow-Band Systems with local Nonretarded Attractive Interactions | 1204 |
2 | Phase Separation in Confined Systems | 1088 |
3 | Theory of Giant Magnetoresistance Effects in Magnetic Layered Structures with Antiferromagnetic Coupling | 654 |
4 | Effects of Confinement on Freezing And Melting | 390 |
5 | The ALPS Project Release 1.3: Open-Source Software For Strongly Correlated Systems | 376 |
6 | Novel Magnetoresistance Effect in Layered Magnetic-Structures - Theory and Experiment | 323 |
7 | Bipolaronic Superconductivity - Thermodynamics, Magnetic-Properties, And Possibility Of Existence In Real Substances | 297 |
8 | Great expectations: can artificial molecular machines deliver on their promise? | 293 |
9 | Human Cystatin C, An Amyloidogenic Protein, Dimerizes Through Three-Dimensional Domain Swapping | 277 |
10 | Dark Periods and Revivals of Entanglement in a Two-Qubit System | 252 |
11 | Eavesdropping on The "Ping-Pong" Quantum Communication Protocol | 244 |
12 | Magnetoresistance Oscillations Due To Changing Effects in Double Ferromagnetic Tunnel Junctions | 237 |
13 | Kondo Effect in Quantum Dots Coupled to Ferromagnetic Leads | 225 |
14 | Experimental Realization of a 2D Fractional Quantum Spin Liquid | 224 |
15 | Entangled States And Collective Nonclassical Effects In Two-Atom Systems | 220 |
16 | Thermodynamic Properties of the Extended Hubbard-Model With Strong Intra-Atomic Attraction and an Arbitrary Electron-Density | 189 |
17 | Layer-By-Layer Assembled Composites from Multiwall Carbon Nanotubes with Different Morphologies | 189 |
18 | Superconductivity In The Generalized Periodic Anderson Model With Strong Local Attraction | 184 |
19 | Theory of Surface-States in Spin-Wave Resonance | 180 |
20 | Superconductivity of Locally Paired Electrons | 177 |
Wydział Fizyki UAM, ul. Uniwersytetu Poznańskiego 2, 61-614 Poznań, Biuro Obsługi Wydziału: tel. +48 61 829-5202, e-mail: fizyka@amu.edu.pl, Biuro Obsługi Studentów: tel. +48 61 829-5152, e-mail: dziekfiz@amu.edu.pl
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