Here, "q" represents the charge on the droplet. These droplets then drifted slowly between the plates under the influence of gravity.
Continuous Charge Theory vs Millikan Discovery: Rethinking the Electron's Charge
By measuring the electric field strength "E" and the mass "m," he could calculate the charge "q" of that specific droplet. Legacy and Lasting Impact The oil drop experiment’s impact extends far beyond a single measurement.
Despite this controversy regarding his specific data practices, the core methodology of the oil drop experiment remains sound and brilliantly conceived. This monumental finding solidified the existence of subatomic particles and earned Millikan the Nobel Prize in Physics in 1923.
Continuous Charge Theory vs Millikan: Challenging the Electron's Quantized Charge
In 1909, an unassuming apparatus in a University of Chicago laboratory began to dismantle one of the last bastions of the classical world. The Revolutionary Discovery The data revealed a startling pattern.
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