SciGaze Group

Introduction: Today, in the era of modern developing science we are surrounded by algorithms. Our technology is much centred around algorithms. Anything you do online or on the computer is possible because of algorithms. The pdf you read, the cab you book, the clothes you buy online, the text you send to your friend, social networking you use, all depend on algorithms. Not only in computational science but the development of astronomy, medical science, microbiology and mathematics in the past few decades is also made due to the creation of various algorithms. Algorithms in many senses have penetrated our daily lives. But how exactly do these algorithms which we merely know about influence our lives? This is what we are about to discuss. Technically, an algorithm is a sequence of precise instructions formulated to solve a particular problem. This sequence of instructions is used to provide us various services. Algorithms are developed to provide faster execution, search, and sorting of

       The hexagonal ferrites, also known as hexaferrites, have attracted an exponentially growing amount of interest since their discovery in the 1950s. These materials, which make up the majority of all magnetic materials produced globally and are now of enormous commercial and technological significance, have a wide range of functions and applications. Common uses for permanent magnets include data storage, magnetic recording, and components for electrical devices, especially those that operate at microwave/GHz frequencies. The significant hexaferrite family members are depicted below, where Me = a tiny 2+ ion like cobalt, nickel, or zinc, and Ba can be changed to Sr:                      M-type ferrites, such as BaFe12O19 (BaM or barium ferrite), SrFe 12 O 19 (SrM or strontium ferrite), and cobalt–titanium substituted M ferrite, Sr- or BaFe 12-2x Co x Ti x O 19 (CoTiM). Z-type ferrites (Ba 3 Me 2 Fe 24 O 41 ) such as Ba 3 Co 2 Fe 24 O 41 , or Co 2 Z. Y-type ferrites (Ba 2 Me 2 Fe