Explain Why Should Society Fund Research In The Department Of Chemistry Research

For most of my childhood, I have been fascinated by the power that science has to transform humanity. Due to this belief, I developed a keen interest in the science of chemistry. In my opinion, chemistry is a puzzle that provides insight about our surroundings, similarly, by attending Tufts University I will gain different viewpoints which I will use to pursue my future endeavors. Consequently, the endless opportunities at Tufts University combined with my passion for new discoveries, commitment to fruitful endeavors and the determination required for success will produce a stimulating learning environment in which I feel I belong.

Chemistry relates to everything we touch, see, smell, hear, and taste because atoms make up everything in the universe. Chemistry influences so much in our everyday lives that it is hard to think of an activity that does not involve a chemical process in some way. The science also plays a major role in the human body. Our bodies are made up of chemicals, in fact almost 96% of our body mass is made up of four different elements: hydrogen, oxygen, carbon, and nitrogen. Besides the physical way I am affected by elements, chemistry also majorly affects me in my line of work as a certified nursing assistant. As a certified nursing assistant I work in a nursing home and

The “discovery” and use of distillation was important to the rebirth of science in Europe by creating new principles of chemistry.

The very first example that was used as an economic example was, when “A series of novel 3-cyanopyridine derivatives of (-)-beta-pinene were designed and synthesized by one-pot four-component domino reactions” (Liao et al., 2016). This was created to target compounds that were “…evaluated for their antimicrobial activity against four bacteria…” one of these four bacteria is, E. aerogenes (Liao et al., 2016). With this, the “…research would promote the development of heterocyclic derivatives of beta-pinene with antimicrobial activity” (Liao et al., 2016). The next example deals with genomic and proteomic approaches.

Houston is one of the largest cities in the United States and is considered the energy capital of the world. As a result, pollution is another concern for the area. This is the ideal of ideal places for a chemical engineering major because of its prevalence in the surrounding area. Because of this, I want to do research on alternative energy sources, optimizing fuel consumption or even ways to take polluted particles out of the atmosphere. The near future will see increasing levels of global pollution if we do not now step in and take hold.

Chemistry is used in everyday life even if we aren’t aware of it. Chemist are so important because they have discovered so many things that are so important to know. Everything humans do is chemistry like breathing, eating, or just being still. Without chemist we would have no understanding about a lot of things in the world. Louis Pasteur, a French chemist and microbiologist, was known for his discoveries of vaccinations, pasteurization, and microbial fermentation. He is recalled for the incredible breakthroughs in the causes and preventions of diseases. These discoveries have saved numerous lives and will continue to save lives. Pasteur had a remarkable life, made many accomplishments, and also had some controversies; therefore, he is one of the most remembered chemist.

In real life, organic chemistry is the cause for such products as rubber, vitamins, and paper, while synthetic products such as nylon can be attributed to inorganic chemistry. Analytical chemistry stretches across many fields, such as oil and petroleum, food and agriculture, forensics, and manufacturing. Meanwhile, physical chemistry is a bit narrower, but it is still involved in various fields such as pharmaceuticals and materials. Biochemistry in real life usually takes the form of research into the complexity of a being’s inner workings, and can pay off in such was as medicines or cures for diseases.

Throughout history chemistry has had a large impact on the field of medicine. Things such as

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Chemical research is not a new practice. The beginnings of chemical research began thousands years ago. (1) Throughout the history of chemical research, many discoveries have been made, but none without cost. Nothing about chemical research is free. The is because, according to current economic theory nothing is free. There is always an opportunity cost, something given up, in order for anything to be done. This principle applies to anything researched. For example, under economic costing,to research the affects of ammonia on skin, not only does the cost of the chemicals, skin, and salary of the employee apply in the economic cost of research, but also the cost

Chemistry has been called the science of what things are. Its intent is the exploration of the nature of the materials that fabricate our physical environment, why they hold the different properties that depict them, how their atomic structure may be fathomed, and how they may be manipulated and changed.

Dalton’s Atomic Theory has changed chemistry for the better. Without his research, the world would probably be different today. “The splitting of the atom in the 20th century could most likely not have been accomplished without Dalton laying the foundation of knowledge about the atomic makeup of simple and complex molecules.” Dalton’s discovery has allowed mankind to manufacture chemical compounds with the correct proportions of different elements for certain compounds. Because of his theory, humans are able to make the right medicines to cure people from sickness. His discovery has taken the knowledge of mankind to the next level.

It is typical when analyzing technology for the presence of chemistry to be hardly noticed or failed to be seen at all. This is a false assessment, and is caused by simply not looking close enough. Chemistry’s presence is not always blatantly obvious, even though it is truly at the root of most all technology we use on a daily basis. One of the fields of technology that we do in fact use on a daily basis that chemistry impacts, and therefore impacts whole other genres of technology, is the battery. Although often taken for granted, the battery is a huge part of the technology we use today and chemistry is integral to it. The advancement of chemistry advances the technology and materials we use to make batteries and therefore advances a

Technology has evolved in various ways over time. As many of us know medicine is a huge part of our lives that chemistry has advanced, along with various other things we need. Another thing chemistry has improved is batteries or fuel cells, like what is in a TV remote or a car. Also chemistry has helped improve gasoline for automobiles and other necessities for everyday use. This includes gasoline, jet fuel, kerosene, and diesel.

Academic and industrial science are organisations in which research and development (R&D) is carried out, albeit with different motives and practices. The purpose of this paper is to compare the key drives, or basic motives, behind the types of science and explain how they relate to the differences in their practice. Academic science, in simple terms, entails carrying out science in universities and similar organisations (Bridgstock, 1998) driven by basic research, publication and freedom. Industrial science, however, generally involves businesses driven by applied research, secrecy, and