SPRING 2026


Splash Biography



NIKOLAOS EMMANOUIL SKEVIS, Yale freshman studying Physics




Major: Physics

College/Employer: Yale

Year of Graduation: 2029

Picture of Nikolaos Emmanouil Skevis

Brief Biographical Sketch:

I was born and raised in Athens, Greece.

During high school, I delivered a lecture series on Kepler’s laws and the Tsiolkovsky rocket equation, tailored to both STEM and non-STEM audiences.

Currently, I am studying Physics at Yale University, whilst also exploring other fields such as History. Specificially, I am interested both in research in Physics, and in exploring how advancements in science affect the course of history and shape societies.



Past Classes

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

C5255: Democracy 101 in Sprout Fall 2025 (Nov. 15 - 16, 2025)
Democracy is among the rarest and most fragile forms of government. Of all political systems, it is perhaps the most difficult both to establish and to preserve. But why is that the case? And, more importantly, is democracy worth the effort required to sustain it? In this course, we will explore a series of case studies of governments throughout history to address these questions. Beginning with ancient Athens and the Roman Res Publica, and moving through the American and French Revolutions, Colonialism, the revolutions of 1848, the rise of fascist regimes in the 20th century, the USSR, and the development of the European Union, we will identify key similarities, differences, and lessons that can help us better understand the challenges and promises of democracy today.


S5203: Exploring the human understanding of the Universe: Kepler's laws in Splash Fall 2025 (Oct. 04, 2025)
10,000 years ago, humans looked at the stars and wondered about their place in the cosmos. Were we at the center of the universe? Why do the Sun, the Moon, and those wandering "stars" move across the sky? What is humanity’s role in this vast expanse? This course traces the evolution of our understanding of the solar system, beginning with the insights of the ancient world and moving through the revolutionary contributions of Copernicus, Brahe, Kepler, Newton, and Le Verrier. We will also consider how modern theories have reshaped our cosmic perspective. Along the way, we will derive Kepler’s laws from Newtonian mechanics and explore the scientific observations and reasoning that gave rise to these landmark discoveries.