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Studies of the new S=1/2 triangular lattice spin liquid kappa-ET2Ag2(CN)3 (MUSR)
A new member of the class of S=1/2 triangular lattice quantum spin liquids will be studied with muons. It is obtained by replacing Cu with Ag in the original compound... -
muSR studies on CuOHCl single crystals to discover the mechanism of new multi...
Recently we have found multiferroic-like properties in an S=1/2 Cu2+ quantum-spin triangular-lattice compound CuOHCl. It showed geometric frustration and antiferromagnetic... -
Ferrocene adsorbed effects on the Edge-state spin magnetism in Nanographene a...
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Abnormally enhanced diamagnetism of Al-Zn-Mg alloys
We measured temperature and time dependences of magnetization of Al-1.0%Zn-4.2%Mg (ZM14), Al-2.6%Zn-3.2%Mg (ZM33), and Al-4.1%Zn-1.1%Mg (ZM41) (at.%) alloys after various... -
Topological Phase Transitions Driven by Magnetic Phase Transitions in FexBi2Te3
Topological insulators are currently a subject of intense research and potential for spin-electronic devices. The breaking of gauge symmetry or time reversal symmetry(TRS) is a... -
Broken time reversal symmetry in the superconducting state in Lu5M6Sn18 (M = ...
High quality single crystals Lu5M6Sn18 (M = Co, Rh, and Ir) have been successfully growth by flux method. These caged type compound reveal superconductivity below Tc = 1.5 K, 4... -
Spin dynamics in the new spin ice candidate Nd2Pt2O7
Most of Nd-pyrochlores show all-in-all-out long-ranged order ground state at low temperatures. Nd2Zr2O7 reveals magnetic fragmentation in the spin ice state, and its... -
Topological Phase Transitions Driven by Magnetic Phase Transitions in FexBi2Te3
Topological insulators are currently a subject of intense research and potential for spin-electronic devices. The breaking of gauge symmetry or time reversal symmetry(TRS) is a... -
CHRONUS Commissioning
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Probing Spin Dynamics in the Tomonaga-Luttinger Liquid (TLL) State by means o...
The TLL phase is a quantum spin condensed state in the one-dimensional system. In the case of DIMPY system which is a quasi-one-dimensional organic magnet, the TLL phase is... -
Study of frustrated antifferomagnet states by mSR
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muSR characterisation of the first fully-organic triangular-lattice quantum s...
The most successful recipe to date for making a quantum spin liquid (QSL) is a triangular lattice of molecular-dimer radicals tuned to behave as a weak Mott insulator. Two... -
Continuing to Study the Nature of the Magnetic Transition in 1:2 TCNQ Salts
We have conducted a decent amount of work on a 1:1 and 1:2 TCNQ salts where we seek to identify whether the magnetic transition shows a universality. So far measurements on a... -
muSR Investigation to probe spin fluctuations in (Y1.95-xCu0.05Cax)2Ir2O7
It is ideal to choose a non-magnetic element (Y227) in R2Ir2O7 series to investigate Ir. We have found the low-lying spin fluctuations in Nd2Ir2O7 from LF-muSR reflecting the... -
Microscopic characterization of Ba5AlIr2O11
Iridium-containing oxide magnets are interesting because the different interactions controlling their magnetic properties have similar energies associated with them. This leads... -
MuSR Investigation of Quantum Critical Point in Hole-Doped Pyrochlore Iridate...
Y227 is an ideal system to investigate Ir moments, mainly to study the presence of QCP, because the Y atom does not have a local magnetic moment. From the results of our... -
Continuing to Study the Nature of the Magnetic Transition in 1:2 TCNQ Salts
We have conducted a decent amount of work on a 1:1 and 1:2 TCNQ salts where we seek to identify whether the magnetic transition shows a universality. So far measurements on a... -
Spin dynamics study on the magnetic-field-induced superconductor, l- (BETS)2F...
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Study on Magnetism of Defective Reduced Graphene Oxide (rGO)
Reduced graphene oxide (rGO) is a fascinating system having significant defects and functional group on its sheets, hence provides an ideal playground to raise magnetism of... -
Study on the cascade de-excitation processes in muonic hydrogen atom
Muonic hydrogen is a bound state of a proton and a negative muon. It is an ideal system to study the bound-state QED effects and atomic scale phenomenon.When a muon stops in...
