Virtual Microscope Explorer
Students zoom into plant cells, animal cells, blood cells, pollen, bacteria concept visuals, pond organisms, and more.
This page brings together eight interactive Rotger Research Foundation science tools for K–8 learners. Students can investigate cells, chemistry, physics, ecosystems, weather systems, and data analysis through engaging hands-on digital experiences.
Each tool is designed to be visual, interactive, mobile-friendly, and classroom-ready, with strong educational structure and student-friendly exploration.
Biology, chemistry, physics, Earth science, ecosystems, and data literacy — all in one connected student tool hub.
Open any tool below to start learning. These tools can be used for classroom stations, STEM enrichment, after-school programs, science clubs, and independent student exploration.
Students zoom into plant cells, animal cells, blood cells, pollen, bacteria concept visuals, pond organisms, and more.
Students explore pH, solubility, states of matter, and reaction rate concepts through animated interactive chemistry simulations.
Students test force, motion, ramps, collisions, and pendulum behavior while seeing live animated physics responses.
Students build and adjust a living system using plants, pollinators, animals, predators, water, and pollution variables.
Students explore evaporation, clouds, rain, runoff, flooding, erosion, and climate patterns in an Earth science lab.
Students create bar graphs, line graphs, scatter plots, study trends, and practice claim-evidence-reasoning.
Students model ATP production, mitochondrial activity, oxygen and nutrient supply, membrane transport, osmosis, waste burden, stress load, and homeostasis.
Students model Punnett squares, genotype ratios, phenotype probability, incomplete dominance, codominance, dihybrid crosses, and simulated pedigree reasoning.
These tools work together as a broader digital lab environment for students. They can support standards-aligned instruction, project-based learning, enrichment programming, and science literacy development.
These eight tools can become part of a larger student learning ecosystem that includes science games, guided lessons, classroom partnerships, and sponsor-supported community STEM programming.