APLIP is a method for using a STIRAP-like three-state configuration with twolaser pulses for continuous extension of a molecular bond, introduced in 1998.It is based on time-dependent light-induced potential surfaces (LIP). In VibLIPone extends the idea into a method for tailoring the vibrational state whilechanging the electronic state, introduced in 2000. Here I discuss the extensionof both methods to situations that involve more than three electronic states,and note the possibility of using the method on adiabatic transport of atomsbetween microtraps or equivalent structures.
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