Technology

The Use of Nanotechnology As Per Modern Development

Nanotechnology has great potential for the future and covers the most diverse areas of science. When treated in the field of chemistry, it presents itself as a new perspective for facing this field. With this idea in mind, Professor Henrique Eisi Toma, a great exponent of Brazilian science and professor at the USP Institute of Chemistry, dedicates his efforts to the study of molecular nanotechnology. Since the 80s, the professor is one of the pioneers in this area, has been working on projects with Petrobras and has been working extensively on the social and educational area in chemistry. A visit to Tech Compact  will offer you the blogs you need to read now.

The Right Choicess

According to him, this branch of study simply uses molecules to make the technology. For him, it is necessary to look closely at these structures that are “compounds that will make the future.” Research on nanomaterials covers a huge range of study, ranging from medicine, cosmetics, computing and the development of various materials. It embraces all areas of technology, invading various fields of science and society and opening new visions and perspectives. In a historical panorama it is possible to identify two distinct views on scientific exploration. Before, chemistry was a matter of luck, mixing two compounds and waiting for a reaction. Take away patterns, wait for effects to be shown. “It’s a chaotic way of looking at molecules,” says the professor. Today, nanoscience seeks to work in chemical organization, it is supramolecular. It acts from the molecules, producing the conditions for the desired effects to be acquired.

Essential Options for you

Such precepts, for Professor Toma, are part of his philosophy of life. They are used as a way of seeing science and the world. Revolutionary, these concepts allow us to take a different view of the very conception of science. As in a factory, you can have the product from the threaded organization of each piece, at the right time and in the right place. According to the researcher, photosynthesis is the best example of this supramolecular process, where particles play their role in an accurate and organized manner. However, this new perspective is little used in the scientific community. Not being a concern in any research sector in Brazil, neglected and without recognition or signaling. This groundbreaking approach to nanotechnology would be a way of solving a number of issues, not by expecting things to happen at random but by forcing them to occur. “It is necessary to escape the modern trend, to seek only results and to search for things that are in the market,” says Toma, urging scientists not to lose the momentum to create.

For the Researchers

The researcher, who vehemently fights the tide, develops various materials in his laboratory. For example, “supramolecular films,” chemical sensors for food, beverages, and drugs, are a nano sensor system for flow analysis. The product, according to Toma, is ready for use, available on the market, but there is no adoption and use. There is a lack of chemical culture that prevents the spread of this type of material.

Last Words

All chemical qualities can be touched with nanotechnology, using only molecules, the professor believes. “You can do everything, and better, supramolecularly,” says the researcher who cites the human brain as the prime example of this approach. It performs all its functions with the simple use of molecules, its complexity ends any question. For Toma, nature has always offered the best argument.

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