  We propose an all-electrical experimental setup to detect and manipulate the
amplitude of odd-frequency pairing in a double quantum dot. Odd-frequency pair
amplitude is induced from the breakdown of orbital symmetry when Cooper pairs
are injected in the double dot with electrons in different dots. When the dot
levels are aligned with the Fermi energy, i.e., on resonance, nonlocal Andreev
processes are directly connected to the presence of odd-frequency pairing.
Therefore, their amplitude can be manipulated by tuning the level positions.
Detection of nonlocal Andreev processes by conductance measurements contributes
a direct proof of the existence of odd-frequency pair amplitude and is
available using current experimental techniques.
