Presenting New Generation Amorphous Glassy Alloys “NGAGA”

This work explores the details of “New Generation Amorphous Glassy Alloys (NGAGA)”. Several decades ago, single glassy material was explored, and one single glass transition of a single amorphous glassy material can be seen i.e. Amorphous Selenium. Later, binary glassy alloys appeared where an example of SeTe can be seen and glass transition of binary glassy alloys were explored as single but shifted glass transition. Then tertiary amorphous material came into research field i.e. SeTeAg and showed either shorter or wide and shifted kinetics of glass transition with doped material. But as time advanced, New Generation Amorphous Glassy alloys with four materials in one, appeared i.e. SeTeSnAg those brought very different results in glassy behavior. In this work, we are going to discuss changes occurred in NGAGA and in their kinetic behavior. From 1^st generation to 4^th generation, glassy alloys were made in our lab and studied and showed significant results in the research area of soft condensed matter and material Physics.
Keywords: Amorphous material, glassy alloys, material, transition, kinetics, Calorimetry, thermal behavior, new generation material.