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Program in Mathematics for Young Scientists (PROMYS)

Math
Computer Science
Science

PROMYS Foundation

Boston, MASummer

The Program in Mathematics for Young Scientists, commonly known as PROMYS, is a highly selective and rigorous six week summer mathematics program for high school students with a strong passion for mathematical thinking. Hosted at Boston University, the program focuses on deep exploration of mathematics, especially number theory, through daily lectures, challenging problem sets, and collaborative problem solving. Rather than emphasizing memorization or competition style math, PROMYS encourages students to develop original ideas, construct proofs, and think creatively and independently about complex problems. Participants spend much of their time working through difficult questions individually and in groups, supported by mentors and professional mathematicians, and may also engage in research projects or advanced seminars. The program fosters a close knit intellectual community and is designed to help students develop the mindset and habits of professional mathematicians while building lasting connections with peers who share their interests.

Visit promys.org

Skills You'll Build

Mathematical Modeling

Using equations and formulas to represent and predict real-world situations.

Problem Solving

Breaking down a challenge and working through it methodically to a solution.

Scientific Research

Designing studies, testing hypotheses, and drawing evidence-based conclusions.

Critical Thinking

Evaluating information carefully before drawing a conclusion or making a decision.

Team Leadership

Guiding a group toward a shared goal and keeping everyone moving together.

Related Careers

Physicist

Deep exploration of number theory and mathematical proofs mirrors foundational physics problem-solving approaches.

Software Engineer

Mathematical thinking and problem-solving skills from this program directly underpin algorithm design and coding.

Data Scientist

Strong mathematical foundations from number theory and modeling are essential for statistical and computational work.

Quick Facts

Grade Levels
9th - 12th
Format
In-Person
Time Commitment
Full-time, 6 weeks
Competitiveness
Highly Selective
Best For
Aspiring mathematicians and researchers

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