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We develop a simple technique to accurately measure frequency differencesbetween far lying resonances in a spectroscopy signal using a single laser.This technique was used to measure the isotope shift of the cooling transitionof metastable neon for the result of $1626.264(79)$ MHz. The most accuratedetermination of this value to date.

Measurement of the $^{20-22}$Ne $^3$P$_2$-$^3$D$_3$ transition isotope shift using a single, phase modulated laser beam