Physicists often describe the current era as one of the great ages of physics. This is at odds with the current state of the science, which finds that its two most highly regarded theories, Einstein's General Theory of Relativity and the Standard Model of particle physics, are mutually incompatible when trying to explain many of the most exotic phenomena of the universe. As a result of this incompatibility, many physicists fear that these theories may need replacement or significant revision.
Which of the following best resolves the potential incongruity between the description of the current era of physics and the state of the two major theories discussed?
(A) Some physicists believe that both the General Theory of Relativity and the Standard Model will need revision or replacement, but others think that one of the two remains an accurate description of the rules of nature.
(B) Many of the theories that are considered possible replacements for General Relativity or the Standard Model, such as M-Theory or Superstring Theory, remain highly controversial and exist without significant experimental evidence to support them.
(C) Many of the physicists who were responsible for formulating the Standard Model have risen to positions of considerable responsibility within the scientific community partially by virtue of the theory's prediction of several recently discovered subatomic phenomena.
(D) Physicists do not necessarily view the goal of their profession as the discovery of static models that explain or predict a set of phenomena, but rather as the pursuit of ever-evolving theories that further refine our understanding of the universe.
(E) Data to support the next round of theories will require ever more sophisticated and powerful research tools, in many cases exceeding the capability of what can be studied by traditional tools such as particle accelerators and requiring the use of space-based observatories.