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We propose a combination of Electromagnetically Induced Transparency(EIT)/Raman and pulsed spectroscopy techniques to accurately cancel frequencyshifts arising from EIT fields in forbidden optical lattice clock transitionsof alkaline earth atoms. Time-separated laser pulses are designed to trap atomsin coherent superpositions while eliminating off-resonance ac Starkcontributions at particular laser detunings from the intermediate excitedstate. The scheme achieves efficient population transfer up to 60% withpotential inaccuracy $<$ $10^{-17}$. Cancellation of external light shiftsdetermined by a density matrix approach is confirmed by a complex wave-functionformalism, sufficient at the mHz accuracy, under low field strengths or shortinteraction times.Comment: submitted to Physical Review Letter

Cancellation of Stark Shifts in Optical Lattice Clocks by Use of Pulsed Raman and Electromagnetically Induced Transparency Techniques