Magnetocardiography (MCG) and magnetoencephalography (MEG) signals were detected
at room temperature using tunnel magneto-resistance (TMR) sensors. TMR sensors …

Herein, we construct three-dimensional (3D) Fe3O4 epitaxial nanowires at a 10 nm length
scale on a 3D MgO nanotemplate using an original nanofabrication technique that mainly …

The realization of atomically flat side-surfaces, which are vertical planes on a substrate,
would make an enormous contribution to a paradigm shift from two-dimensional planar film …

We demonstrated the creation of atomically ordered side-surfaces and examined the
perfection of the side-surface structures. Atomically reconstructed Si {100},{110}, and {111} …

In the scaling down of electronic devices, functional oxides with strongly correlated electron
system provide advantages to conventional semiconductors, namely, huge switching owing …

We have established a unique technique to fabricate three-dimensional (3D) well-defined
transition-metal oxide epitaxial nanostructures. Fabrication of epitaxial spinel ferrite Fe 2.2 …

Precisely size-controlled and crystalline (La 0.275 Pr 0.35 Ca 0.375) MnO 3 (LPCMO)
nanobox array structures were fabricated down to 30 nm in wall-width by the three …

The nanoconfinement effect in three-dimensional (3D) space was investigated for strongly
correlated VO 2. Three-dimensional VO 2 nanowall wires (nws) with an engineered …

In this study, MgO nanowall structures were grown on the glass substrate by the successive
ionic layer adsorption and reaction (SILAR) method, and systematic annealing temperature …

We report a strategy for controlling nanoscopic electronic domains to produce gigantic Mott
metal–insulator transition phenomena in strongly correlated oxides by fabricating oxide …