My colleague Luis Balicas pointing to Shubnikov de-Haas oscillations in an organic conductor at low temperatures and in magnetic field of 45 tesla.
The image of the inauguration of the 45 tesla hybrid magnet at NHMFL, Tallahassee FL, USA.
Demonstration of the proof of concept of mm-wave near field microscopy.
The high resonance mm-wave cavity with a metallic tip extruding from it, is rastered (by piezoelectric atenuators) over an area of 6 x 8 mm containing letters "FSU" (Florida State University) made from 50 μm golden wires (left). The resonance of the cavity is 41 GHz, so the electromagnetic waves have the length of 7mm. In the "near field" mode these waves can detect 50 μm golden wire (optical image on the up-right), i.e. the distance that is more than 100 times smaller than the wavelength (down-right).
"mm wave network analyzer - MVNA" used for the experiment shown above.
