ESP Biography

This is part-one of a two-part class. In this class, we will discuss the geometric view of the Special and General Theories of Relativity. We will discuss some famous results and paradoxes of these two theories. Concepts will be presented in an intuitive and visual format, and students will learn how to use geometry to visualize relativistic effects and to perform relativistic calculations.

This is part-two of a two-part class. In this class, we will discuss the geometric view of the Special and General Theories of Relativity. We will discuss some famous results and paradoxes of these two theories. Concepts will be presented in an intuitive and visual format, and students will learn how to use geometry to visualize relativistic effects and to perform relativistic calculations.

This is part-one of a two-part class. In this class, we will discuss the geometric view of the Special and General Theories of Relativity. We will discuss some famous results and paradoxes of these two theories. Concepts will be presented in an intuitive and visual format, and students will learn how to use geometry to visualize relativistic effects and to perform relativistic calculations.

This is part-two of a two-part class. In this class, we will discuss the geometric view of the Special and General Theories of Relativity. We will discuss some famous results and paradoxes of these two theories. Concepts will be presented in an intuitive and visual format, and students will learn how to use geometry to visualize relativistic effects and to perform relativistic calculations.

In this class, we will discuss the geometric view of the Special and General Theories of Relativity. We will discuss some famous results and paradoxes of these two theories. Concepts will be presented in an intuitive and visual format, and students will learn how to use geometry to visualize relativistic effects and to perform relativistic calculations.

(This is part one of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part I will cover an introduction to the laws of fluid motion, types of fluid flow, Bernoulli’s law, vortices, drag, and lift forces.

(This is part two of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part II includes application of the laws of fluid motion to various situations, and, if time permits, an in-class demonstration of fluid motion through the blades of a model helicopter.

(This is part one of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part I will cover an introduction to the laws of fluid motion, types of fluid flow, Bernoulli's law, vortices, drag, and lift forces.

(This is part two of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part II includes application of the laws of fluid motion to various situations, and, if time permits, an in-class demonstration of fluid motion through the blades of a model helicopter.

(This is part one of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part I will cover an introduction to the laws of fluid motion, types of fluid flow, Bernoulli's law, vortices, drag, and lift forces.

(This is part two of a two-part class.) In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation. Part II includes application of the laws of fluid motion to various situations, and, if time permits, an in-class demonstration of fluid motion through the blades of a model helicopter.

In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation.

In this class, I will describe the principles behind many familiar fluid phenomena. Topics include: airplane wings, helicopters, drag, parachutes, terminal velocity, tornados, vortex rings, propellers, wind turbines, boundary layers, flow separation, golf balls, and cavitation.