Solar energy storage and release events are interconnected. This
research addresses one aspect of the interconnection of those energetic
solar events. Addressed aspect emerged in recent research that showed a
movement of a flux tubes generates oscillations. Analysis was performed
using six C class and one M class flares during Dec. 25, 2011. Using AIA
and HMI data, we investigated the connection ... [Show full abstract] between flare induced
disturbance and changes in the flux of photospheric oscillations.
Results showed significant increase of oscillatory flux following the
flare itself. This increase was detected outside of flare location.
However, we noted that in the small area of the open field there is no
significant response. Results show a need for deeper statistical
analysis of the oscillatory response at flare induced disturbance. This
kind of analysis might reveal energy distributions when this aspect of
interconnection is in question.