Geonyong Lee, the composer of Mass for AILM, is a well-known composer in Asia whose main interest lies in choral music. He has composed numerous choral works which are highly diverse in their nature. This study introduces the choral composer Geonyong Lee to the West. The significance of Geonyong Lee's Mass for AILM is the display of Asian inflection in a traditional setting of the mass ordinary. Lee's Mass for AILM employs melodic and rhythmic aspects of traditional Philippine folk songs, a Japanese mode, traditional Korean music, and various Asian percussion instruments. This study explicates these Asian influences and how Lee utilized them in his Mass for AILM.

Light matter interactions have led to a great part of our current understanding of the universe. When light interacts with matter it affects the properties of both the light and the matter. Visible light, being in the region that the human eye can "see," was one of the first natural phenomenon we used to learn about our universe. The application of fundamental physics research has spilled over into other fields that were traditionally separated from physics, being considered two different sciences. Current physics research has applications in all scientific fields. By taking a more physical approach to problems in fields such as chemistry and biology, we have furthered our knowledge of both. Nanocrystals have many interesting optical properties. Furthermore, the size and properties of nanocrystals has given them applications in materials ranging from solar cells to sunscreens. By understanding and controlling their interactions with systems we can utilize them to increase our knowledge in other fields of science, such as biology. Nanocrystals exhibit optical properties superior to currently used fluorescent dyes. By replacing molecular dyes with nanoparticles we can reduce toxicity, increase resolution and have better cellular targeting abilities. They have also shown to have toxicity to cancer and antibacterial …