This work led to the award to Eliot, in 1948, of the Nobel Prize for Literature.
This work led to the virtual elimination of footlights and to the first lensed spotlights.
This work led to a study of enzymes essential for digestion, respiration, and general life processes.
This work led to studies for another public monument — a gigantic upside-down bouquet.
This work led to his landmark 1972 papers on mathematical models for air pollution.
This work led to his invention of the double diode, which became known as the Esaki diode.
However, employing a PKS-targeting primer designed in this work led to the isolation of four positive clones.
This work led to the concept known as the Bremermann limit, a theoretical limit to any computation.
This work led to the discovery of misbehaving immune cells in the brains of mice engineered to mimic Alzheimer's.
This work led to Rutherford's atomic model, in which a heavy nucleus of positive charge is surrounded by a cloud of light electrons.
Meanwhile, formation of intermetallic compound (KSn), which occurred during simultaneous CO2 reduction reaction at all potentials tested in this work, led to both cathodic deactivation and material loss.
