The experimental studies of the laser graphitization of diamond bulk, which have been
published in the last decade, are reviewed, and the current problems in this field of research …

Direct laser writing of conductive paths in synthetic diamond is of interest for implementation
in radiation detection and clinical dosimetry. Unraveling the microscopic processes involved …

We report on fs laser structuring and graphitization of diamond and experimental
characterization of its THz response. A full characterization of graphitized, conductive layer …

In this paper we report on the study of the buried laser-modified region produced inside
single crystal diamond by femtosecond laser irradiation. The cross-section of the modified …

Multi-pulse laser irradiation of diamond bulk after the optical breakdown causes extension of
continuous graphitized region toward the laser beam that can be described as propagation …

Laser writing with ultrashort pulses provides a potential route for the manufacture of three-
dimensional wires, waveguides, and defects within diamond. We present a transmission …

We are reporting on laser microstructuring of thin nanocrystalline diamond membranes, for
the first time. To demonstrate the possibility of microstructuring, we fabricated a diamond …

We model theoretically the electromagnetic response of a diamond/graphite metasurface,
acting as a THz beam polarizer. The response appears to be quite sensitive to the thickness …

Abstract The Deep Ion Beam Lithography technique has been extensively adopted in recent
years for the fabrication of graphitic electrodes in bulk diamond with a wide range of …

The paper considers the internal structure and electrical properties of conductive wires
formed inside single crystal diamond by picosecond laser pulses under different processing …