There is an enormous list when we try to talk about unsolved problems in physics. From multiverse to supersymmetry, from an atom in a universe to the universe in an atom, many unsolved problems are yet to be solved. A number of scientists and physicists over decades of work have been able to solve many. But, as the curiosity of knowing the mechanism increases, the deeper we go into the working, the more problems we face. By solving them, we get a deeper insight into the nature of life itself.<\/p>\n\n\n\n
From the microcosmos to the macro cosmos, through physics, we\u2019ve been trying to unlock the mysteries of nature by one step at a time. From turning the sand to a satellite, we\u2019ve made enormous efforts trying to decode the cosmic mechanism. Physics essentially means to understand the fundamental constitutes of the universe. The nature of how things work and why they work the way they do. From the patterns on flowers to the patterns of the milky way galaxy, from the grains of sand in the beach to the atoms in the universe, from stone writings to atomic writings; we are just curious about how this wonderful nature around us works the way it does. The first and foremost thing to know is, there are two main branches of physicists. Theoretical physicists and experimental physicists. Although both of them are curious about the same thing, the approach to the solutions is quite different. Theoretical physicists are the people who imagine, deduce and guess the new laws while on the other hand, experimental physicists are the people who conduct an experiment, imagine, deduce and then guess at the laws. Why these broad fields? One might ask; it\u2019s just because, the principle of science essentially says, \u201c the test of all knowledge is an experiment\u201d; but, we are stuck when we ask: if the experiment is the sole judge of scientific truth, what is the source of knowledge?<\/p>\n\n\n\t\t