… If we add to this Liu and colleagues' announcement 2 of an effective silicon modulator, the
difficulties surrounding the optical performance of silicon seem to be being demolished one …

… Hence optical exposure of the resist by projection or contact masks could be used to create
… day—fifteen years to provide the foundation for the silicon age. It is instructive to speculate on …

… the period at whose beginning we live the Silicon Age. However, to be correct, the present
period is characterized of the … look at the vibrational modes of the cluster, optical absorption …

… the advance of silicon could be solved to enable a new age of apparently limitless performance
gains. … The miniaturization and integration of the optical routing devices and systems lay …

… , the fusion of 2D materials with silicon holds the promise of easing the challenges encountered
in silicon … [ 113, 114 ] The optical bandgap may not be exactly the same as the theoretical …

… Unlike DUV and EUV lithography, which allows mirrors to achieve 4:1 optical reduction
between the size of the mask and the wafer, X-Ray requires a 1:1 mask to wafer rate. X-ray …

… the enhancement resulted from the passivation of the silicon … the texturing of the silicon
surface further improved efficiency. … Additionally, silicon waveguides can confine the optical field …

… As you know, we live in the age of silicon; it is all around us in terms of electronic devices. …
For example, we can look at the vibrational modes of the cluster, optical absorption spectra, …

… This article summarizes work on the optical properties of porous silicon done during the last
five years. It was guided by the goal to develop analytical, optical tools for easy inspection of …

… the world around it through sensors and actuators. Most sensors and actuators are external
to the silicon IC … If we operate a diode under reverse bias with an optical input to the junction, …