Splash Biography



JOSEPH BAE, Ph.D. Candidate in Theoretical Physics at Yale




Major: Physics

College/Employer: Yale

Year of Graduation: G

Picture of Joseph Bae

Brief Biographical Sketch:

Born in Seoul, Korea; raised in Aberdeen, Scotland; educated in Cambridge, England. Home in heaven.



Past Classes

  (Clicking a class title will bring you to the course's section of the corresponding course catalog)

S1483: Beautiful Bokeh: Physics of Photography in Splash Spring 15 (Apr. 04, 2015)
Ever wonder what makes for a beautiful portrait shot? We will use the medium of photography to cover the physics of ray diagrams, lens optics, and quantum mechanics! Will include a live demonstration with a DSLR + high speed prime lens.


S1484: Clean Hands: Physics of Soap Bubbles in Splash Spring 15 (Apr. 04, 2015)
Have you ever tried to wash your hands without soap? It’s nearly impossible to get the oily dirt off your hands using just water, if you don’t use soap. So how does soap work? Answering this question will take us on a fun journey zooming in on the soap molecules, all the way down to the level of quantum mechanics! During this discussion we will learn about: – basic electrostatic interactions (like charges repel, opposites attract) and polarity of molecules. – basic molecular chemistry (H2O for water, ionic/covalent bonds) and concept of hydrophobic and hydrophilic chemical functional groups – introduction to quantum mechanics (Pauli Exclusion principle)


S1361: Clean Hands: Physics of Soap Bubbles in Splash Fall 14 (Nov. 08, 2014)
Have you ever tried to wash your hands without soap? It’s nearly impossible to get the oily dirt off your hands using just water, if you don’t use a soap. So how do they work? Answering this question will take us on a fun journey zooming in on the soap molecules, all the way down to the level of quantum mechanics! During this discussion we will learn about: – basic electrostatic interactions (like charges repel, opposites attract) and polarity of molecules. – basic molecular chemistry (H2O for water, ionic/covalent bonds) and concept of hydrophobic, hydrophilic chemical functional groups – introduction to quantum mechanics (Pauli Exclusion principle)