The reality is beyond our current scientific understanding. Theoretical physics suggests our universe can only be a small world in a large multidimensional world.
There are different theories, each of which can help explain some of the inconsistencies in our universe. Sustainable global inflation theory has existed since the Big Bang. The theory is that as our universe expands, it accelerates, then slows down – as we inflate the bubble. This rapid expansion created our universe, but other universes formed huge galaxies like bubbles. They could be different from bubble to bubble.
A century ago, the British physicist Lord Kelvin said: “There is nothing new to discover in physics now. What is left is a more accurate measure.” But in three decades, quantum mechanics and Einstein’s theory of relativity revolutionised the field. Today, no one can say for sure that our physical knowledge of the universe has come close to perfection due to more in-depth research on the space and objects around us. On the contrary, each discovery reveals a new theory, more than that, with amazing results. The parallel universes, for example, have convinced the human mind of any theory, as we can imagine, that time is just moving forward and that we cannot reverse entropy, leaving a great void for future physicists.
Although scientists have not performed any actual physical exercises to test the theory behind mysteries, for some, it may offer hope beyond the uniformity of our universe. The universal laws of physics that we know and understand in our universe cannot be applied to other universes. Physicists spent a lot of time decoding universal mysteries to give us logical explanations to believe. Take Copernicus’ model for the solar system, or say, Galileo’s theory or even the latest string theory in 10 or 11 dimensions, from the physics applied behind the theory.
We experience the same thing in the case of black holes, for example, about thermal radiation called Hawking radiation, which has no clue about the countdown to find out what happened to the black hole. The strong gravity of the black hole gives a faster release speed than the light. We only imagine the annihilation, which according to quantum mechanics, quantum information cannot be destroyed.
Not all secrets remain a mystery for long. You are aware of many historical events that have changed the way you understand Universal Mysteries over time. The ancient structure of history, the pyramids, were a piece of wonder for us. The anti-gravity technology proven by the study of their tomb drawings cast a shadow over the mystery of that structure. Recently, we have been acknowledging the existence of planets for 9 billion years, the ozone layer and multiverse, albeit partially unverified.
Physics and Mysteries
Beyond the standard model of physics, there are some unresolved questions awaiting clarification and succession by new physicists. The standard model of physics cannot shed light on some of the mysteries such as the source of space-time geometry, particles related to the force of gravity, the mass struggle of photons, neutrinos, the source of dark matter, or even the source of dark matter the expansion of the universe. This domain opened the door for scientists, especially physicists, to break the suspense.
Physics teaches aspects of the mystical phenomenon scientifically. There are many mysteries that we can argue about, but they are worth looking at through the eyes of physicists. The Big Bang singularity, for example, revealed the effect of the theory of quantum gravity.
We are remembered by great scientists and inventors for their work in science, especially in physics; When we remember the image of Sir Isaac Newton, we suddenly tag him for his contributions to the theory of gravity and mechanics. James Watt for steam engines, Guglielmo Marken for wireless telegraphy, Joseph Stephen for blackbody radiation, Sir John Cockcroft for particle accelerators, etc.
Physics and India
A career in physics in India can help you unravel the universal mysteries that have fascinated you since childhood. Fortunately, physicists have a traditional way of moving forward with our fellow scientists in India. In recent history, we have our Missile Man, Dr APJ Abdul Kalam, discovered a safe path to peace through missiles; His significant role in developing India’s missile and nuclear programs is commendable.
Vikram Sarabhai, known as the Father of India’s Space Program, opened the Indian Space Research Organization (ISRO) gates for enthusiastic people in decoding the universal mysteries of the galaxies.
Take a look at CV Raman’s revolutionary work in physics that we are studying in our curriculum, the ‘Raman effect’ – his unique phenomenon in the scattering of light. He was awarded the Nobel Prize in Physics in 1930.
The prestigious establishment of Atomic Energy, BARC, survived after Homi Bhabha, who is referred to as the ‘Father of the Indian Atomic Program’. The saga of research began with their outstanding contributions to the process of atomic physics and electron-positron scattering. Students interested in molecular physics should dream of joining a research institute like BARC, making the most valuable career in physics.
Career in Physics After Graduation
One of the ways to decode universal mysteries is to get on a career in physics through a research fellowship. The best institutes for studying Physics in India include IISc, IIT, ICTS, ITFR and MIT, Stanford, Columbia (international colleges), and then pursue a research career at ISRO, ARIES in India through CSIR Fellowship, TIFR, IIAP, or even foreign organizations. There are many trending careers in this field apart from Research-Fellowships. But it is important to score more than 85% (aggregate) in Physics, Chemistry, and Maths in your class 12th Examination from either national or state board. Later, you can choose Physics as an Honours Subject with other subjects like Astronomy, astrophysics, etc., as elective.
Decoding universal mysteries is possible for the field of physics through research intent. Well, sleeve up and, based on your research interests, aim to explore a career in physics and go to one of India’s best research institutes in physics.
You can take the path of scoring a good rank in XII and prepare for the JEE Mains Exam.
If necessary, you may extend your research studies to equivalent institutes abroad.
Need help to unravel your perfect career, try online career counselling now!