“…These properties make them attractive for a number of applications, which include the medical field, imaging, catalysis, environmental remediation, and the energy sector. , Furthermore, tellurium (Te) has attracted the attention of many researchers and manufacturers. Te is one of the heaviest, nonradioactive members of the chalcogen family, which is a p-type semiconductor with a very narrow bandgap energy of ∼0.35 eV at room temperature. , Discovered in the seventeenth century by Franz-Joseph Muller von Reichenstein, the abundance of Te is only one part per billion compared with the other rare elements like gold and platinum . Te exhibits intriguing and exciting properties including nonlinear optical responses and photo-conductivity, photo-electricity, piezo-electricity, catalytic activity, and biomedical properties.…”