Diophantine Equations
Saturdays from January 14-March 4
1:30 PM-3:00 PM PST/4:30 PM-6:00 PM EST
In this course, we will see a variety of methods for finding integer solutions to equations. Some of the topics covered include
Linear Diophantine equations
Pythagorean triples
Fermat’s Last Theorem
Exponential Diophantine equations
Pell’s equations
Elliptic curves
Lessons will be taught through Zoom. There will not be any homework, but I will give problems for students to think about and discuss between classes.
This class is intended primarily for advanced high school students, but students of any age are welcome to enroll.
Prerequisites:
Algebra:
Factoring algebraic expressions
Finding roots of polynomials
Basic algebraic properties of complex numbers
Number theory:
Prime factorizations
Euclidean algorithm
Modular arithmetic operations
Fermat’s little theorem/Euler’s theorem
Saturdays from January 14-March 4
1:30 PM-3:00 PM PST/4:30 PM-6:00 PM EST
In this course, we will see a variety of methods for finding integer solutions to equations. Some of the topics covered include
Linear Diophantine equations
Pythagorean triples
Fermat’s Last Theorem
Exponential Diophantine equations
Pell’s equations
Elliptic curves
Lessons will be taught through Zoom. There will not be any homework, but I will give problems for students to think about and discuss between classes.
This class is intended primarily for advanced high school students, but students of any age are welcome to enroll.
Prerequisites:
Algebra:
Factoring algebraic expressions
Finding roots of polynomials
Basic algebraic properties of complex numbers
Number theory:
Prime factorizations
Euclidean algorithm
Modular arithmetic operations
Fermat’s little theorem/Euler’s theorem
Saturdays from January 14-March 4
1:30 PM-3:00 PM PST/4:30 PM-6:00 PM EST
In this course, we will see a variety of methods for finding integer solutions to equations. Some of the topics covered include
Linear Diophantine equations
Pythagorean triples
Fermat’s Last Theorem
Exponential Diophantine equations
Pell’s equations
Elliptic curves
Lessons will be taught through Zoom. There will not be any homework, but I will give problems for students to think about and discuss between classes.
This class is intended primarily for advanced high school students, but students of any age are welcome to enroll.
Prerequisites:
Algebra:
Factoring algebraic expressions
Finding roots of polynomials
Basic algebraic properties of complex numbers
Number theory:
Prime factorizations
Euclidean algorithm
Modular arithmetic operations
Fermat’s little theorem/Euler’s theorem