The science department at Michigan Technological University recently made some very groundbreaking discoveries. His research covers a wide range of topics and he is innovative in all areas.
At MTU, Professor Elena Semouchkina and her graduate students set out to make a cloak that deflects electromagnetic waves so that they appear invisible. This type of technology is revolutionary in itself, as invisibility was never really considered possible. Smochina and her team detail their approach in a special issue of Optometry Journal. Initially, the shell contained dielectric resonators that caused waves to bounce back and forth between the chalcogenetic glass walls. However, the latest project development is based on photonic crystals composed of dielectric rods. Wave transmissions are not determined by the resonance of these crystals, which makes them ideal for invisibility.
In addition, Michigan Tech research teams have contributed significantly to the cause of sustainability and energy renewal. They are constantly finding alternative and efficient ways to convert natural resources into energy without emitting pollutants. Conserving energy is vital to the survival of our planet and our species. The positive effects of MTU’s environmental research are countless, and its progress shows no sign of ending.
Michigan Tech’s transportation and infrastructure research team understands the requirements identified by sustainability research. They strive to maximize safety and practicality while keeping efficiency and environmental impact in mind. The team has access to the most exclusive facilities in the world, ensuring their position at the top of their field. They work with national and international projects, covering everything from hydraulics to biochemistry.
Michigan Tech’s robotics program is another organization that excels in its field. Much of MTU’s focus is on manufacturing and industrial devices. The team has also made significant progress in 3D printing research. The faculty has added a 3D printer to the school library and it is available to students who wish to use it. STEM students point out that this is one of the most useful devices for a class like Calculus 3, as it allows students to see the real-life, tangible manifestations of shapes and their dimensions. Cecile Perret, a researcher specializing in numerical analysis, radial basis functions, and fractional differential equations says: “The amazing thing about 3D printers is that you can now easily print, say, the inventions of Archimedes or Leonardo da Vinci… Also, advances in mathematics have, historically, often stemmed from the need to understand and solve concrete engineering problems.” He claims. Piret states that one of the biggest inhibitions of mathematical progression has been the inability to see the real-life applications of difficult problems. Therefore, by integrating a 3D printer into the mathematical process, we are opening the doors to the field of mathematics as a whole.
Michigan Tech has contributed greatly to the development of science. His pioneering research on invisibility, his contributions to sustainable development, and his breakthroughs have had a significant impact.
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