Late Elementary

• General / Multiple Sciences
• Maker / Problem-Solving

Why it works: Ada Twist and the Disappearing Dogs starts with missing pets and a tempting thief theory, but Ada refuses to let the Questioneers jump straight to that conclusion. Hypothesis making, data collection, and experimentation become the detective tools that reveal what actually happened.

• Earth Science
• Comics / Graphic Narrative

Why it works: Max Axiom turns earthquake science into a fast-moving superhero comic. Readers follow shaking ground, Earth processes, and hazard consequences through sequential action instead of meeting them only as reference facts.

• Engineering & Technology
• Chemistry & Materials
• Mystery / Investigation

Why it works: Iggy Peck and the Mysterious Mansion gives Iggy a house packed with architectural periods, hidden rooms, missing antiques, and a threat to its future. His knowledge of layout, structure, and design details supplies the clues that let the Questioneers solve the haunting and treasure mystery.

• Earth Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: Max Axiom carries the explanation of global warming through a superhero adventure in graphic-novel form. The character's movement through evidence and mechanisms gives climate ideas a visual sequence rather than the structure of a conventional textbook chapter.

• Physics & Energy
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: The Shocking World of Electricity sends superhero scientist Max Axiom through a comic adventure that follows electricity from production to distribution. His super-scientist persona turns an invisible energy system into a sequence readers can see, follow, and question.

• Earth Science
• Comics / Graphic Narrative

Why it works: Max Axiom's comic adventure carries the explanation of how volcanoes work. Eruptions, moving magma, changing land, and danger become parts of the visual action readers must interpret.

• General / Multiple Sciences
• Comics / Graphic Narrative

Why it works: Max Axiom's comic adventure turns laboratory hazards, protective equipment, and accident response into problems encountered by a super scientist. Sequential art carries the safety decisions, so the reader follows consequences rather than receiving only a list of rules.

• Environment & Ecology
• Physics & Energy
• Comics / Graphic Narrative

Why it works: A Refreshing Look at Renewable Energy sends Max Axiom around the globe to investigate how renewable sources can supply useful power. The comic journey ties each energy technology to a place, a natural input, and an engineering tradeoff, so the reader follows a mission instead of a conventional chapter of definitions.

• Chemistry & Materials
• Physics & Energy
• Comics / Graphic Narrative

Why it works: The Solid Truth about States of Matter shrinks Max Axiom to molecular scale and sends him into space during an action-packed comic lesson. Changes in particle spacing, movement, and state become environments the super scientist travels through instead of definitions detached from experience.

• Life Science
• Comics / Graphic Narrative

Why it works: Max Axiom travels from Earth's earliest cells into plant and animal cells and down among their molecules in a comic-scale expedition. Cell structures and functions become locations in the adventure, while human shrinking and swimming among molecules remain visualization devices.

• Physics & Energy
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: Max Axiom zooms through kinetic energy, potential energy, and energy sources in a superhero-style comic. Motion, stored energy, and transfers become visible events in the panels, so readers follow energy by tracking what changes during the action.

• Physics & Energy
• Comics / Graphic Narrative

Why it works: Adventures in Sound follows Max Axiom through a comic-book mission built around explaining how sound works. Panels connect each event to a vibrating source, a traveling disturbance, or a listener, so wave science becomes part of following the action.

• Earth Science
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: Investigating the Scientific Method with Max Axiom gives the superhero scientist a flooding river and a city that needs a defensible prevention plan. Hypotheses, experiments, research, and analysis become steps Max must use to solve the graphic emergency.

• Astronomy & Space
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: Max Axiom and the Society of Super Scientists follow real probes, orbiters, landers, and rovers as a sequence of daring missions across the solar system. The graphic expedition makes each discovery and engineering risk a problem the team encounters along the way.

• Physics & Energy
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: Max Axiom time-travels, shrinks toward electron scale, and operates an electromagnetic crane while the comic follows the forces behind each event. Magnetism and electromagnet technology become superpowered action, even though time travel and human shrinking are fictional ways to visualize the science.

• Life Science
• Chemistry & Materials
• Comics / Graphic Narrative

Why it works: Max Axiom shrinks to plant-cell scale and travels through a leaf while the comic follows photosynthesis from incoming materials to stored chemical energy. The impossible voyage makes cell structures and transformations into places and events that propel the adventure.

• Life Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: Max Axiom treks through a rainforest and gets down among worms as the comic moves from one ecosystem relationship to another. The super-scientist expedition and sequential art make biotic communities part of the action instead of a detached ecology chapter.

• Engineering & Technology
• Astronomy & Space
• Comics / Graphic Narrative

Why it works: A national space agency recruits Max Axiom's team to solve the concrete design problem of building a lunar colony. The comic mission makes engineering constraints, connected systems, and iteration necessary to whether people could live and work on the Moon.