Lexington STEM + Sports Summer Camp

Physicist Mindset | Worldview Depth | Advanced Pathway

A Transformational Summer Experience

At the intersection of science, intelligence, and discipline, this program is designed to cultivate a rare profile in students:

a Physicist Mindset — the ability to think clearly, act with discipline, and understand the world at a deeper level.

The program integrates:

Mathematics (structured reasoning)
Physics (deep conceptual understanding)
AI (intelligent thinking systems)
Sport (discipline, focus, and control)
Worldview development (science, history, and foundational questions)

Grades 6–8 Grades 9–11

Core Philosophy

30% Theory — 70% Build
Learning happens through thinking, doing, and creating
Students are not passively taught—they are guided to construct understanding

Daily Structure (Both Camps)

                Each day is carefully structured to balance deep academic focus, physical vitality, and
                        forward-looking exploration.
9:00–11:00 — Mathematics
11:00–12:00 — Sport & Physical Training
12:00–13:00 — Lunch & Intellectual Exchange
13:00–15:00 — Physics
15:00–17:00 — AI + Intelligent Systems
The sequence of academic blocks is intentionally flexible and may be adjusted to best support
                        student learning and engagement.

            

All times are in Eastern Time (US & Canada).

🧠 Camp A (Grades 6–8), Session 1: July 6–17, Session 2: July 20–31, 2026

Foundations of Physics Thinking

This stage builds intellectual confidence, intuition, and structured thinking.

📐 Mathematics

Algebra & variables
Equation modeling
Functions & graphs
Linear & quadratic intuition
Proportions & scaling
Vectors (intro)
Estimation & reasoning
Final modeling challenge

⚛️ Physics

What is physics: modeling reality
Motion (position, velocity, acceleration)
Newton’s laws
Force & energy
Momentum
Circular motion
System thinking
Mini modeling project

🤖 AI + Intelligent Systems

Students are introduced to a new way of thinking about AI:

AI as a Thinking System

AI is not just a tool, but a form of structured intelligence
It extends how students think, analyze, and express ideas

AI Agents & Workflows
Students begin to understand:

How problems can be broken into steps
How to guide AI through structured reasoning
How to build simple intelligent workflows

Learning by Building

No coding background required
Focus on clarity of thought and structured communication
Students learn how to: ask better questions, refine ideas, and use AI to explore physics and mathematics

Final Output

A Physics Modeling Project
Supported by AI-assisted reasoning and workflow design

🏃‍♂️ Sport & Physical Training

Students engage in physical activities that build: Focus, Discipline, Coordination, Resilience.

Activities include:

Running on Lexington’s historic trails
Tennis
Badminton
Pickleball
Wrestling fundamentals

Philosophy of Sport: Wrestling is used as a core discipline to illustrate that the essence of sport is self-control.

Through movement, students learn:

Awareness of body and balance
Emotional regulation
Controlled power
Mental discipline under pressure

🚀 Camp B (Grades 9–11), Session 1: July 6–17, Session 2: July 20–31, 2026

Advanced Modeling & Competition Thinking

This stage prepares students for elite academic pathways, including advanced competitions such as USAPhO.

📐 Mathematics (Advanced)

Abstraction & substitution
Inequalities
Optimization
Sequences & combinatorics
Function transformations
Vectors (advanced)
Calculus intuition
Modeling & problem-solving

⚛️ Physics (Competition Level)

Advanced kinematics
Multi-force systems
Multi-body systems
Energy vs force methods
Momentum conservation
Oscillations
Gravitation
Problem decomposition
Mock competition

🤖 AI + Intelligent Systems

Students progress into building structured intelligent systems.

From Tools to Systems
Students move from using AI → to designing AI-assisted workflows.

AI Agents & Structured Thinking
Understanding how AI can:

Break down problems
Plan solutions
Iterate and improve outcomes

AI Workflows

Designing step-by-step reasoning systems
Combining analysis, generation, and refinement
Turning thinking into structured processes

Applied Intelligence

AI for physics problem-solving
AI for analysis and modeling
AI-assisted learning systems
Introductory AI system design

Final Output

A Physics + AI Project
A Mock Competition Performance
Demonstrating: Analytical depth, Structured thinking, System-building capability

🏃‍♂️ Sport & Performance

Sport continues as a key pillar of development:

Running on Lexington’s historic greenways
Tennis / Badminton / Pickleball
Wrestling (fundamentals + strategy)

Sport as Discipline: Students learn that performance is not just physical—it is mental control expressed through the body.

Wrestling, in particular, teaches: Timing, Balance, Pressure control, Emotional composure, Self-mastery.

🌍 Worldview & Intellectual Exploration

Across both camps, students engage in guided discussions on:

Isaac Newton
James Clerk Maxwell
Albert Einstein

And deeper questions:

Why do natural laws exist?
Why can mathematics describe reality?
Is the universe fundamentally understandable?

These discussions help students develop: Intellectual curiosity, Scientific humility, A broader worldview.

👨‍🏫 Instructor Team

Core Faculty

Deborah, PhD in Physics — Academic Lead
Apollos — Worldview & mentorship
Max, PhD in Computer Science — AI entrepreneur and former IBM research scientist
Helium — Athletic training (running & wrestling)

Academic Advisory Network

Former faculty members and senior researchers from leading institutions such as MIT, offering guidance on curriculum structure and academic standards
Experienced high school educators from Massachusetts, with deep understanding of AP curricula and U.S. academic pathways
PhD candidates, scholars in Artificial Intelligence and Mathematics from MIT and other leading institutions, contributing to advanced problem-solving training and research-oriented learning

🌟 Why This Program Stands Out

This is not a traditional camp.

It is designed for families who want their children to develop:

Strong analytical thinking
Intellectual independence
Discipline through sport
Early exposure to AI systems
A global and scientific worldview
Preparation for elite academic pathways

“Students are not trained to consume knowledge — they are guided to build systems, think independently, and engage the world with clarity and purpose.”

Please provide your details below. We will contact you to discuss course placement and scheduling.

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Lexington STEM + Sports Summer Camp

Core Philosophy

Daily Structure (Both Camps)

🧠 Camp A (Grades 6–8), Session 1: July 6–17, Session 2: July 20–31, 2026

📐 Mathematics

⚛️ Physics

🤖 AI + Intelligent Systems

🏃‍♂️ Sport & Physical Training

🚀 Camp B (Grades 9–11), Session 1: July 6–17, Session 2: July 20–31, 2026

📐 Mathematics (Advanced)

⚛️ Physics (Competition Level)

🤖 AI + Intelligent Systems

🏃‍♂️ Sport & Performance

🌍 Worldview & Intellectual Exploration

👨‍🏫 Instructor Team

Core Faculty

Academic Advisory Network

🌟 Why This Program Stands Out

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