The statement that no new major scientific discovery has been made since Einstein's theory of relativity is not accurate. Since Einstein's theory was published in the early 20th century, numerous significant scientific discoveries have taken place across various fields.
It's important to note that scientific progress is not limited to a single groundbreaking theory like Einstein's theory of relativity. Science is a cumulative process, and progress is often made through incremental advancements and discoveries. Many scientific disciplines have witnessed significant breakthroughs and progress in the past century.
For example, in physics, discoveries such as quantum mechanics, the standard model of particle physics, the discovery of the Higgs boson, and advancements in our understanding of the universe's expansion have all contributed to our knowledge. In biology, the mapping of the human genome, advancements in genetics, and breakthroughs in understanding complex biological systems have been remarkable. In medicine, advancements in treatments for various diseases, breakthroughs in regenerative medicine, and progress in understanding the human brain have been significant.
Regarding attempts to find new major scientific discoveries, scientists across the world are continuously working on exploring uncharted territories and pushing the boundaries of knowledge. Research is being conducted in various fields, including fundamental physics, astrophysics, cosmology, genetics, neuroscience, artificial intelligence, and many others. These efforts have resulted in numerous advancements, although the impact and scope of these discoveries may vary.
While we cannot predict precisely when the next major scientific discovery will occur or what form it will take, it's important to acknowledge that scientific progress is an ongoing process. Scientists continue to pursue new knowledge and insights, and breakthroughs are made regularly, shaping our understanding of the world and opening doors to new possibilities.