Rewire the Thought Process During Ph.D. Training

Mission:

For the betterment of humanity, we must expand human understanding and foster technological progress.

Vision:

A world where scientific research and technological advancements are used to solve global challenges, promote sustainability, and enhance human well-being. We strive to foster a culture of innovation and collaboration that empowers curious humans to create a brighter future for all.

Rewire the Thought Process During Ph.D. Training:

The study of human behavior and history are fascinating fields, and I am naturally drawn to them. However, in an effort to challenge myself, I decided to pursue a major in physics, even though it was not my favorite subject in school. As I progressed through my studies and began my Ph.D., I focused my research on the complex topic of magnetism caused by ferrofluid, which has always been a challenge for me. Although I tend to gravitate towards what is familiar, I recognize the importance of exposing myself to new and unfamiliar experiences, as it is crucial for personal growth and development.

Curiosity and fascination are crucial to human progress. Currently, there are two ways to make sense of past events around the globe: the scientific method and scientific evolution. Both the Christian calendar and the ancient Indian mythological calendar use Jesus Christ as a reference point, but in very different ways. Therefore, I will only focus on the Western Era for today's strategy. Since the Mesopotamian civilization, many thinkers have contributed to scientific advancements. Later, in the 16th century, Sir Isaac Newton formulated three laws, based on which rocket technology was developed worldwide until the early 19th century. Kelvin proclaimed, "There is nothing left to study in physics." Nonetheless, Maxwell supplied three enchanted equations that helped to clarify and picture light's wave nature. Modern physics, introduced by Albert Einstein, was the cornerstone of the scientific revolution. There have been many scientists who have made significant contributions to the development of science and technology. However, only a small fraction of them could fully realise their potential and make positive changes in the natural world.

Nature is everything, and we must ultimately return whatever we receive. Nature comprises the sky, fire, land, water, and air. If we are to be precise, then modern science is ultimately focused on polluting these five things. This occurs because we do not have complete control over our inventions. How can we say that something was "predicted by humans" if, as humans, we invent something but later lose control over it? As a result, numerous instances ultimately contaminate these five things.

1) Polyethylene terephthalate (or plastic) is one of mankind's most brilliant creations. But we don't know what to do to degrade it. Because it is made up of polymer chains, primarily made up of covalent bonds between carbon and hydrogen. These days, atoms can only bond with one another through the transfer of electrons, forming covalent bonds. Therefore, the plastic will deteriorate over time because the covalent bond cannot be broken at this time. Therefore, plastics contribute to pollution.

2) Earth-orbiting satellites are another illustration. We have finally been able to successfully deploy satellites worldwide, but when they stop working, we have no way of getting rid of them, leading to sky pollution.

3) Third, the all-too-familiar issue of air pollution. Because of this, human beings fail to discover methods for lowering air pollution but do discover a mask. So, what exactly is our level of intelligence?

4) Water is the fourth example given. Water molecule splitting is discussed in many recent articles because it can be used to generate energy in the form of hydrogen. As a result, experts predict that hydrogen fuel will eventually replace conventional petroleum. But do they know that as they split water, they are consuming seawater and that this will impact the entire planet's atmosphere as the amount of water in the oceans decreases? As a result, liquids tend to stick to the same path.

5) We are interested in plasma technology, which has yet to be explored along with fire. As a result, it's bound to have some sort of impact.

As inquisitive beings, we must learn the value of these five elements and the best methods for ensuring their survival for future generations.