The present invention provides a calendar desk pad, comprising a base member, a plurality of monthly calendar pages bound to the base member, wherein the calendar pages have at least one perforation or fold line located between the days or weeks on the calendar. Methods of forming high biocontent mono- and multi-layer films are also provided. The nodes increase or decrease in number over time. The tab strip insert has at least one tab strip. The medium also includes pre-recorded data containing embedded information about the medium that includes printing characteristics of the energy sensitive layer used to control creating the media label. In so doing, to control the mechanical interaction induced between the nanosize objects, the projected resonant light is changed in polarization.