Lectures in Thick Lenses
- Lecture 1: The Principal Plane
- Lecture 2: The Nodal Points
- Lecture 3: The Different Types Of Thick Lenses
- Lecture 4: The Location Of The Principal Planes
- Lecture 5: Calculate The Location Of The Principal Planes
- Lecture 6: The Effective Focal Length
- Lecture 7: The Lensmaker'S Equation For A Thick Lens In Air
- Lecture 8: The Lensmaker'S Equation For A Thick Lens In A Medium
- Lecture 9: Distance From Object & Image To The Focal Point
- Lecture 10: Newton'S Lens Equation Graphically
- Lecture 11: Thick Lens: Example
- Lecture 12: Principal Planes Are Conjugate
- Lecture 13: The Effective Focal Length Of A Double Lens
- Lecture 14: Ray Tracing Through A Thick Lens
- Lecture 15: The Transfer Equation
- Lecture 16: Refracting Equation Across The Back Boundary
- Lecture 17: How Do Refracting And Transfer Equations Work?
- Lecture 18: The Matrix Method Of Lens Analysis
- Lecture 19: The Matrix Of The Transfer Equation
- Lecture 20: Matrix Format Of A Ray Through A Thick Lens
- Lecture 21: Example Of The Matrix Method
- Lecture 22: The System Matrix
- Lecture 23: The System Matrix Analyzed
- Lecture 24: The System Matrix: Example 1
- Lecture 25: Find All 6 Transfer Matrices
- Lecture 26: Find All 7 Refracting Matrices
- Lecture 27: Calculate (Part Of) The System Matrix