Where does modern physics talk about technology?

Where does modern physics talk about technology? The question of where does science begin is a perennial concern of many people. It is because science is the application of the scientific method, and technology is the product of that application. In this respect, the question "where does modern physics talk about technologist's responsibilities" is particularly timely. In physics, the term "technologist" may be confusing. A physicist might be referring to a person who uses modern technologies.

The answer lies in the fact that two revolutions mark the modern era. The first came with Einstein's particular theory of relativity in 1905, and the second was in the form of quantum physics, a body of theories that emerged from the joint efforts of many scientists. Though the original break is radical, its long-term effects may not be. But they can lead to new discoveries and ways of thinking about reality.

While classical physics is concerned with everyday conditions and small distances, modern physics is concerned with extreme conditions. It is a much more abstract topic, with concepts like black-body radiation being extensive. Unlike classical cosmology, which deals with everyday phenomena, modern physics is concerned with large-scale phenomena. For example, the speed of light is comparable to the speed of light, while the distance between particles is smaller than the atomic radius.