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User Group Leader |
Project |
Access-Giving Site |
1 |
Douglas Natelson |
Increasing the resolution of shot noise measurement at ultralow temperatures |
Technical University Vienna |
2 |
Péter Makk |
Probing the gate-induced high-frequency noise is superconducting nanowires |
Aalto University |
3 |
Jeevak Parpia |
Temperature and pressure dependence of lifetime of supercooled 3He-A |
Royal Holloway University of London |
4 |
Igor García-Irastorza |
Microwave single-photon counter for relic axion searches with grAl transmons |
Aalto University |
5 |
Jose Maria de Teresa |
Magnetic noise dynamics in the strange metal compound YbRh2Si2 - 2 |
Heidelberg University |
6 |
Natalia Ares |
Exploring qubit properties using machine learning |
Basel University |
7 |
Peter Schüffelgen |
Transport spectroscopy on proximitized (Bi,Sb)2Te3-based topological insulator nanoribbons |
Basel University |
8 |
Dimitri Roditchev |
STM measurements of the order parameter spatial distribution in a superconducting nano-ring |
Slovak Academy of Sciences Kosice |
9 |
Deepak Garg |
Study of quantum vortex dynamics in superfluid He-4 using carbon nanotubes. |
Lancaster University |
10 |
Dmitry Khalyavin |
Field-induced transition from disordered to three-k ordered magnetic ground state in heavy fermion system Ce3Co4Sn13 |
Slovak Academy of Sciences Kosice |
11 |
Manuel Arrayás |
Flying through HeII |
Lancaster University |
12 |
Alix McCollam |
Antiferromagnetic quantum criticality in CeIr(In1-xCdx)5 |
Royal Holloway University of London |
13 |
Tomasz Klimczuk |
Superconductivity in noncentrosymmetric Ta,Nb_Ir2B2 borides |
Slovak Academy of Sciences Kosice |
14 |
Amir Youssefi |
Ringdown measurements of aluminum nanomechanical drums at T≪10 mK |
CNRS Grenoble |
15 |
David Schmoranzer |
Dissipation due to quantized vortices pinned to NEMS in 3He-B |
Aalto University |
16 |
Natalia Ares |
Full qubit tuning and performance optimization with machine learning |
Basel University |
17 |
Juuso Manninen |
Negative non-linear dissipation in quartz mechanical resonators at low temperatures |
Aalto University |
18 |
Andre Strydom |
Low-temperature physical property characterization of Weyl-Kondo semimetal candidate materials |
Technical University Vienna |
19 |
Igor García-Irastorza |
Microwave single-photon counter for relic axion searches |
Aalto University |
20 |
Erwin Schuberth |
Magnetic susceptibility of YbRh2Si2 at ultra-low temperatures and ultra-low magnetic field |
Technical University Vienna |
21 |
Jürgen Lisenfeld |
Studying individual material defects in superconducting qubits at ultralow temperatures |
Royal Holloway University of London |
22 |
Jeroen Custers |
Magnetotransport measurements of the new Kondo insulator Ce3Bi4Ni3 at low temperatures |
Technical University Vienna |
23 |
Iouri Moukharski |
Multiparticle microwave entanglement |
Aalto University |
24 |
Andrei Golov |
Dynamics of individual vortices in collective vortex flows in rotating 3He-B |
Aalto University |
25 |
Radu Coldea |
High-Pressure Floating zone growth of the frustrated pyrochlore magnet Y2Ru2O7 |
Heidelberg University |
26 |
Romain Sibille |
Frustrated magnetic order in the honeycomb-topology lattice of CeBr3 |
CNRS Grenoble |
27 |
Deepak Garg |
Role of vortex pinning in superfluid He-4 dynamics using custom-made torsional oscillator |
Lancaster University |
28 |
Pablo Jarillo-Herrero |
Study of correlated and emergent phenomena in Bernal bilayer graphene at ultra-low temperatures |
Basel University |
29 |
Jose Maria de Teresa |
Magnetic noise dynamics in the strange metal compound YbRh2Si2 |
Heidelberg University |
30 |
Pedro Vianez |
Exploring spontaneous nuclear spin magnetism and many-body localisation in Luttinger-liquid GaAs wires |
Basel University |
31 |
Vitaliy Bilanych |
Investigation of quantum turbulence using tuning forks with patterned surface structure in helium-4. |
Slovak Academy of Sciences Kosice |
32 |
Aviad Frydman |
Specific heat measurements of quench condensed ultra-thin amorphous superconductor films |
CNRS Grenoble |
33 |
David Schmoranzer |
4He-NEMS turbulence detection |
Lancaster University |
34 |
Oleksandr Pylypenko |
Tunnel conductivity and Tunnel Magnetoresistance in FM/I magnetic discontinuous multilayers |
Slovak Academy of Sciences Kosice |
35 |
Lea-Marie Schreckenberg |
Thermal Management of Cryogenic Electronics for Quantum Applications |
Lancaster University |
36 |
Christoph Strunk |
Spin Triplet Correlations in Proximity-coupled Skyrmion-Superconductor Hybrids |
Aalto University |
37 |
Sean Giblin |
Isolated Susceptibility of LiHoYF |
CNRS Grenoble |
38 |
Mathieu Taupin |
Thermal conductivity of Ce3Pd20Si6 at ultralow temperatures |
Technical University Vienna |
39 |
Juhn-Jong Lin |
Kinetic inductance of thin superconducting CoSi2 nanowires |
Aalto University |
40 |
Douglas Natelson |
Noise in strange metal nanowires at ultralow temperatures |
Technical University Vienna |
41 |
Miles Blencowe |
Individual tunneling two level systems in mechanical resonators |
CNRS Grenoble |
42 |
Konrad Siemensmeyer |
Dimer surface magnetism of the Shastry-Sutherland magnets ErB4 and TmB4 |
Slovak Academy of Sciences Kosice |
43 |
Andrey Danilov |
Understanding noise and decoherence in superconducting quantum circuits at ultralow temperatures II. |
Royal Holloway University of London |
44 |
Venkat Chandrasekhar |
Topological effects in multi terminal superconducting proximity effect devices |
Aalto University |
45 |
Manuel Brando |
Mapping the phase diagram of magnetic heavy fermion superconductor YbRh2Si2 with electrical transport |
Royal Holloway University of London |
46 |
Milan Klicpera |
Low-temperature correlations in pyrochlore iridates single crystals |
CNRS Grenoble |
47 |
Manuel Arrayás |
Detection system for a levitating sphere in superfluid 3He. |
Lancaster University |
48 |
Andrei Salak |
Magnetic ordering in Ni-Fe layered double hydroxides via a low-temperature heat capacity and magnetization studies |
Slovak Academy of Sciences Kosice |
49 |
Thorsten Schumm |
Thorium nuclear clock transition |
Heidelberg University |
50 |
Andrea Vinante |
Setting limits on theories of gravity-related collapse from spontaneous heating at ultralow temperatures |
Royal Holloway University of London |
51 |
Tosson Elalaily |
Noise characterization of superconducting gating effect of epitaxial superconductor nanowires |
Aalto University |
52 |
Christopher Ford |
Study of spontaneous helical nuclear spin magnetism in GaAs quantum wires in the Luttinger regime |
Basel University |
53 |
Mauro Giovannini |
Heat capacity of alloys of the ternary ytterbium copper-zinc system |
Slovak Academy of Sciences Kosice |
54 |
Fedir Danevych |
Search for alpha decay of osmium |
Heidelberg University |
55 |
Andreas Hüttel |
Carbon nanotube Josephson junctions and microwave optomechanics |
Aalto University |
56 |
David Schmoranzer |
Dissipative Effects of Quantized Vortices Attached to NEMS Structures |
Lancaster University |
57 |
Vitaliy Bilanych |
Investigation of surface morphology and resonant characteristics of tuning forks with patterned surface structure at very low temperatures |
Slovak Academy of Sciences Kosice |
58 |
Jeevak Parpia |
Phase transitions in superfluid 3He under nanoconfinement |
Royal Holloway University of London |
59 |
Manuel Brando |
Electrical transport study of the heavy fermion superconductor YbRh2Si2 near the magnetic quantum critical point |
Royal Holloway University of London |
60 |
Amirreza Hemmatzade |
Magnetisation study of RE-pyrochlore Antiferromagnets with correlated structural disorder |
CNRS Grenoble |
61 |
Alexander Kuntsevich |
Graphene-based parametric amplifier |
Lancaster University |
62 |
Aviad Frydman |
Specific heat of ultra-thin amorphous films |
CNRS Grenoble |
63 |
Alejandro Silhanek |
Multi-terminal superconducting weak links created by electroannealing |
CNRS Grenoble |
64 |
Chuan Li |
Noise correlations in Helical edge states of higher-order topological superconductor |
Aalto University |
65 |
Mahmoud Abdel-Hafiez |
Magneto-structure coupling and magnetic phases in the quasi-2D ferromagnet CrI3 |
Heidelberg University |
66 |
Erwin Schuberth |
Magnetic susceptibility of YbRh2Si2 at ultralow temperatures |
Technical University Vienna |
67 |
Ray Duffy |
Cryogenic MoS2 device operation |
Lancaster University |
68 |
Deepak Garg |
Experimental investigation of boundary conditions on quantum turbulence in superfluid He-4 at very low temperatures |
Lancaster University |
69 |
Francesco Massel |
«Spike» Optomechanics |
Aalto University |
70 |
Oleg Petrenko |
Magnetic and orbital order in ErB4 |
Heidelberg University |
71 |
Cornelius Krellner |
Calorimetry in the magnetic heavy fermion superconductor YbRh2Si2 at ultra-low temperatures |
Royal Holloway University of London |
72 |
Andrew Goodwin |
Phase Diagram and Magnetocaloric Entropy of Novel Frustrated MOF Antiferromagnet, NaMn(HCO2)3 |
CNRS Grenoble |
73 |
David Schmoranzer |
Detection of Kelvin waves on quantized vortices in rotating 3He-B |
Aalto University |
74 |
Aviad Frydman |
Specific heat of amorphous ultra-thin superconductors |
CNRS Grenoble |
75 |
Natalia Ares |
Optimizing qubit performance with machine learning |
Basel University |
76 |
David Schmoranzer |
Developing Continuous sub-mK Refrigeration |
CNRS Grenoble |
77 |
Sergey Kubatkin |
Looking for new phases and exploring phase transitions in graphene-based 2D materials. |
Aalto University |
78 |
Bogdan Govoreanu |
SiGe and Si quantum wells for spin qubits |
Basel University |
79 |
Sergey Kubatkin |
Understanding noise and decoherence in superconducting quantum circuits at ultralow temperatures. |
Royal Holloway University of London |
80 |
Kent Shirer |
Anisotropy of electrical and thermal transport in magnetic heavy fermion superconductor YbRh2Si2 |
Royal Holloway University of London |
81 |
Mathieu de Kruijf |
Gate optimization for a silicon hole spin qubit |
Basel University |
82 |
Romain Danneau |
Critical current fluctuations in graphene Josephson Junctions |
Aalto University |
83 |
Johannes Gooth |
Low-temperature 3D fractional Quantum Hall phases in HfTe5 |
Technical University Vienna |
84 |
Andrew Armour |
ULT drumhead opto-mechanics II |
CNRS Grenoble |
85 |
Maciej Zgirski |
Quasiparticle diffusion and thermal relaxation in Meissner and vortex states |
Aalto University |
86 |
Johannes Gooth |
Low-temperature phases of the 3D Quantum Hall states in the Dirac metal ZrTe5 |
Basel University |
87 |
Alix McCollam |
Examining the influence of hyperfine interactions on correlated electrons in PrOs4Sb12 |
Royal Holloway University of London |
88 |
Manuel Arrayás |
A moving free sphere inside He3 |
Lancaster University |
89 |
Jiri Prchal |
Pressure-induced superconductivity in noncentrosymmetric CeTX3 intermetallics |
Slovak Academy of Sciences Kosice |
90 |
Erik Bakkers |
A CMOS silicon hole spin qubit |
Basel University |
91 |
Attila Geresdi |
On-chip indium-based nuclear demagnetization cooling on wet and dry systems |
Basel University |
92 |
David Schmoranzer |
Acoustic Emission by Oscillators in Superfluid 3He |
Lancaster University |
93 |
Erik Bakkers |
A single-hole direct-Rashba spin qubit |
Basel University |
94 |
Aviad Frydman |
Specific heat measurements through the superconductor Insulator transition |
CNRS Grenoble |
95 |
Evgeny Surovtsev |
The beta phase of superfluid helium three. |
Lancaster University |
96 |
Bogdan Govoreanu |
Characterization of Si and SiGe quantum wells for spin qubits |
Basel University |
97 |
Kamran Behnia |
Superconductivity in Bismuth and related materials |
Aalto University |
98 |
Alexey Fedorchenko |
Magnetic behaviour of cobalt(II)-containing layered double hydroxides |
Slovak Academy of Sciences Kosice |
99 |
Andrew Armour |
ULT drumhead opto-mechanics |
CNRS Grenoble |
100 |
Erwin Schuberth |
Low Temperature Phases of YbRh2Si2 |
Technical University Vienna |
101 |
Romain Sibille |
Magnetic correlations in dipole-octupole rare-earth pyrochlores |
CNRS Grenoble |
102 |
Jose Martinez Castro |
Annihilation of Majorana bound states by STM |
Slovak Academy of Sciences Kosice |
103 |
Georg Knebel |
Superconductivity and unconventional ordering in YbRh2Si2 |
Technical University Vienna |
104 |
Bruno Camargo |
Triggering superconductivity in the surface of Dirac semimetals |
Slovak Academy of Sciences Kosice |
105 |
Natalia Ares |
Machine learning for automated tuning of spin qubits into Pauli spin blockade |
Basel University |
106 |
Manuel Brando |
Electrical transport measurements to investigate unconventional superconductivity in YbRh2Si2 |
Royal Holloway University of London |
107 |
Anne de Visser |
Scanning SQUID microscopy on candidate topological superconductors |
CNRS Grenoble |
108 |
Edward Riordan |
Distinct coexisting relaxation mechanisms in spinel spin ice under applied magnetic field |
CNRS Grenoble |
109 |
Andrei Azarevich |
Investigation of magnetoresistance, magnetization and heat capacity of rare earth dodecaborides Tm1-xYbxB12 and Lu1-xRxB12 (R = Tm, Er, Ho). |
Slovak Academy of Sciences Kosice |
110 |
Aleksei Bogach |
Anisotropy of magnetoresistance in diluted cerium hexaborides. |
Slovak Academy of Sciences Kosice |
111 |
Peter Rubovic |
Study of the electron capture process in Be-7 |
Heidelberg University |
112 |
Mark Meisel |
STM and STS Studies of Spin-crossover Complexes in Magnetic Field |
Slovak Academy of Sciences Kosice |
113 |
Maciej Wiesner |
Detection of Majorana bound states in at the array of a TI-S-TI system. |
Aalto University |
114 |
Alix McCollam |
Examining composite nuclear-electronic order in PrOs4Sb12 |
Royal Holloway University of London |
115 |
Christophe Marcenat |
Modulation calorimetry at dilution temperature |
Slovak Academy of Sciences Kosice |