Of course it's wrong; all scientific theories are provisional approximations, and the conflicts between quantum mechanics and general relativity are well known.
The hard part is proposing an alternative theory that fits all the known evidence. Quantum mechanics and general relativity both match a ton of observations; anything that is going to replace them will need to at least match the same set of evidence at least as well.
Put another way--when one theory replaces another, it must be fully contain the previous theory. General relativity, when applied to everyday human experience (i.e. not super fast, super big, super heavy), produces Newton's law of gravity.
Personally I think the next step in scientific understanding is in information theory. It has the possibility of unifying chaos theory, computer science, physics, and biology. I think this is how we'll develop an description of consciousness for example. We've already seen some preliminary reports that information theory can reproduce gravitation theory for instance.
http://www.technologyreview.com/blog/arxiv/24975/
The hard part is proposing an alternative theory that fits all the known evidence. Quantum mechanics and general relativity both match a ton of observations; anything that is going to replace them will need to at least match the same set of evidence at least as well.
Put another way--when one theory replaces another, it must be fully contain the previous theory. General relativity, when applied to everyday human experience (i.e. not super fast, super big, super heavy), produces Newton's law of gravity.
Personally I think the next step in scientific understanding is in information theory. It has the possibility of unifying chaos theory, computer science, physics, and biology. I think this is how we'll develop an description of consciousness for example. We've already seen some preliminary reports that information theory can reproduce gravitation theory for instance.
http://www.technologyreview.com/blog/arxiv/24975/