Abstract: A scanning microscope for high resolution current imaging by direct magnetic field sensing of a sample maintained in an ambient environment. The scanning microscope uses a magnetic sensor such as a SQUID and a fiber probe magnetically coupled between the SQUID sensor and the sample under study. The fiber probe has a sharply defined tip for high resolution probing and for reaching minute cavities on the surface of the sample. The coupling between the tip of the fiber probe and the sample is controlled by a distance control mechanism, in the range of 1-100 nm. The material of the fiber probe with high permeability and low magnetic noise is chosen to optimize flux transmission to the magnetic sensor. Magnetic coupling to the sensor is maximized by keeping the distance between the end of the fiber probe and the sensor to approximately 0-100 ?m. The fiber probe is integrated into the fiber holder for easy replacement of the fiber probe.

Abstract: A back windshield assembly for a vehicle comprises a windshield with an irregular top edge opening and a retractable auxiliary window. The auxiliary window is configured to cover the opening when in a fully closed position. The auxiliary window is movable from the fully closed position to an at least partially open position. The assembly is pleasing to the eye and is functional in allowing access to an area of the vehicle directly behind it.