It is proposed to adapt and re-develop several well established formalisms,
such as Hartree-Fock and Hartree-Fock-Bogolyubov Methods, Relativistic
Mean Field Theory, Random Phase Approximation and Generator Coordinate
Methods to make them directly applicable in the context of exotic nuclei.
By combining the HF and HFB methods with the Random Phase
Approximation, strength-function method and the Generator Coordinate Method
we would like to calculate the low-lying collective effects in exotic nuclei,
in particular those close to the proton or neutron drip line and superheavy.