Supernatural Science

INTRODUCTION  As we all know that losing a limb,damaging a heart ir suffering from liver failure are all a life-altering tragedy. Now just imagine a world where these tragedies are no longer life-threatening. Instead of transplantation, scars and lifelong medication,the body simply grows back what was lost, just like a salamanders who regrows its leg or a starfish who regenerate its arm.  This remarkable ability is commonly seen in animals and this has fascinated scientists for centuries and raised a profound question— Can human beings ever regenerate organs like animals do? The shortest answer is not yet—but science is getting closer than ever. Sup REGENERATION IN THE ANIMAL KINGDOM  The ability to replace lost or damaged body parts is known as regeneration. In the world of animal, it ranges from partial to astonishingly complete. ●Starfish can regrow an entire arm,sometimes even forming a whole new body.  ●Salamanders and axolotls can regenerate limbs...

INTRODUCTION  The fundamental concept in physics and chemistry which describes the structure and properties of atoms is known as atomic theory. The building blocks of any matter are atoms and it is important to understand the composition and behavior of atoms for explaining several phenomena in the natural world. From centuries, atomic theory has evolved significantly, from ancient philosophical ideas to modern quantum mechanical models. Many scientists and Philosophers have contributed in the development of atomic theory and it has been a gradual process. It has undergone significant transformations over a period of time ,from Democritus' ancient idea of indivisible atoms to the modern quantum mechanical models. Every stage of development has provided new insights into the nature of atoms and their behavior.  Super In this blog post,we will look into the concepts or theories which led to the development of modern quantum theory for atoms. This will also reveal t...

INTRODUCTION  The devices which are an integral part of our daily lives are known as mechanical devices and they constitute even a simplest tools to the most complex machines. Our working systems,communication and interaction with the world around us has been revolutionized due to these devices. In this blog post,we will look into the enchanting world of mechanical devices and will explore their history,types,applications and future prospective. HISTORY OF MECHANICAL DEVICES  Since the period of ancient civilizations,the mechanical devices like simple machines such as levers,pulleys and gears were used to perform several tasks. As time passed,evolution of these devices came and they were become more complex,with the development of steam engines,internal combustion engines and other mechanical systems. TYPES OF MECHANICAL DEVICES  Mechanical devices hold incredible diversity as they have wide range of applications in different industries...

MICROBIOLOGY  Microbiology is the scientific study of microorganisms, including bacteria, viruses, fungi, and protozoa. These microorganisms are too small to be seen with the naked eye and play a vital role in various ecosystems, including the human body. ● Branches of Microbiology: 1. Bacteriology : The study of bacteria, including their structure, function, and role in disease. 2. Virology : The study of viruses, including their structure, function, and role in disease. 3. Mycology : The science of the fungi, their form, function, and disease causing capability. 4. Parasitology : The science of parasites, their form, function, and disease causing capability. ● Applications of Microbiology 1. Medicine: The very science of diagnosis, treatment, and prevention of infectious diseases. 2. Food and Beverage Industry: Determines the safety and quality of foods; fermentation of beverages and foods. 3. Environmental Science: It is used to understand the role of m...

ANALYTICAL CHEMISTRY INVENTIONS  1. Spectrophotometry (19th century) -Spectrophotometry is considerd as  a powerful tool for chemical analysis as it is a scientific technique which can be used to measure the interaction between light and matter. -It functions by measuring the amount of light which can be absorbed or transmitted by a sample, that can provide valuable information about the sample's composition, concentration, and properties. -It works on the following Principle: • Light source : Lamp or laser are used as a light source which emits a beam of light and that beam is directed towards the sample. • Sample preparation :Dissolving a sample in a solvent or placing it in a specialized container give us a prepared sample for observation. • Light absorption or transmission : As soon as the light beam interacts with the sample, the amount of light absorbed or transmitted is measured. • Detector : Photodiode or photomultiplier tube devices are used to...

INORGANIC CHEMISTRY INVENTIONS  1. Haber-Bosch Process (1909):   -It is a method that brought revolution in the production of ammonia. Nitrogen (N2) and hydrogen (H2) gases are used to produce ammonia (NH3).  -German chemist Fritz Haber and engineer Carl Bosch in the early 20th century developed this process which had a profound impact on the production of fertilizers, explosives, and other chemicals. - In 1904, by using a combination of nitrogen and hydrogen gases Fritz Haber experimented the production of ammonia. -However in 1909,He achieved a breakthrough as he was able to develope a process which by using high pressure and temperature converted nitrogen and hydrogen into ammonia. -Commercial-scale production of ammonia was made possible in 1913 by the efforts of,an engineer at BASF, Carl Bosch who jointly worked with Haber thus scaling up the process. -The ammonia produced by this process is used to manufacture fertilizers like amm...