Final answer:
The use of updated technology and the making of new discoveries typically result in further experiments to confirm these findings. A scientific theory does not transform into a law with the addition of new evidence; instead, technologies can lead to refinement or replacement of existing theories and laws. The scientific method is inherently designed to incorporate new information, enabling ongoing advancement in our understanding of the natural world.
Step-by-step explanation:
When scientists use updated technology and make new discoveries about a theory, what typically happens is that these discoveries lead to further experiments to confirm the new findings. It's important to clarify that a scientific theory is a well-substantiated explanation of some aspect of the natural world that is supported by a significant body of evidence, and it does not become a law with the addition of new evidence.
Scientific laws are concise descriptions of natural phenomena, often expressed as mathematical equations, that tell us what happens, but not why. They do not evolve from theories; rather, they exist as separate entities that outline patterns in nature. Future discoveries and advancements in technology can indeed lead to revisions or even the rejection of theories and laws if consistent empirical evidence contradicts them.
The scientific process is always open-ended, with the understanding that even the most well-established laws and theories may be modified in light of new observational and experimental data. This is the inherent beauty in the scientific method: it allows for continual refinement and enhancement of our understanding of the natural world.