FTP, name this spectroscopic technique, named for its developer and winner of the 1961 Nobel Prize in Physics.
Developed in 1958, this process allows for the most precise measurement currently possible in science, measuring the natural line width of a gamma ray spectrum to better than one part in 10 trillion. This is accomplished by imbedding radioactive atoms in a crystal lattice, allowing the recoil energy from each radioactive decay to be absorbed by the entire lattice rather than just the decaying nucleus. FTP, name this spectroscopic technique, named for its developer and winner of the 1961 Nobel Prize in Physics.
Developed in 1958, this process allows for the most precise measurement currently possible in science, measuring the natural line width of a gamma ray spectrum to better than one part in 10 trillion.
the Mossbauer Effect