ABSTRACT
Although diamond's semiconductor properties far exceed any other semiconductors, but because it is a late comer, so unless the mature technology failed to optimize the performance of existing semiconductors, diamond will not be looked at for a solution. As diamond semiconductor is still in the developmental stage, both its learning curve and high cost need to work out before commercial applications can take place. Hence, diamond semiconductor is ideal for using as radiation detectors. As for the widespread applications of diamond semiconductors, one must wait for the derailment of Moore's law, which has been followed by the advancement of silicon technology, and the success of finding the right doping technology for making diamond semiconductors. Both the ending of Moore's Law for the advancement of silicon technology and the breakthrough for making diamond semiconductors may take more than a decade. In addition, diamond semiconductors can be used as laser diodes that can emit infrared or visible light with tremendous energy.
