Science Communication In Immersive 3D
10k Science is relevant to science communication because it gives researchers and educators access to tools for turning real scientific data into immersive 3D experiences for students, classrooms, institutions, and professional audiences.
This approach emphasizes access, amplification, and collaboration. Dynamoid works with scientists and learning designers to adapt real research into visual experiences that help more people understand scientific ideas.
Why Immersive 3D Helps Science Communication
Many research topics are difficult to communicate because the important structures are too small, too complex, too abstract, or too dynamic to show in ordinary media. A paper, figure, animation, or slide can explain part of the story, but it may not let an audience explore the system for themselves.
Immersive 3D can help by turning scientific data and mechanisms into explorable environments. Learners and audiences can move through a system, inspect the parts, connect scale levels, and understand how a structure, process, or intervention works.
This is especially useful when communication depends on:
- Scale, such as body to tissue to cell to molecule
- Structure and function, such as how molecular shape affects activity
- Cause and effect, such as how a mutation, pathogen, pollutant, or treatment changes a system
- Systems thinking, such as how cells, organisms, environments, and interventions interact
- Spatial memory, where seeing the relationship among parts helps the idea stick
Researcher And Creator Workflow
Dynamoid’s creator work grew from the same foundation as 10k Science: real 3D scientific data exists across research communities, but it often remains disconnected from the people who could learn from it. The goal is to make that data easier to explore, explain, and adapt into learning experiences.
Through researcher bootcamps and creator workflows, Dynamoid helps scientists identify datasets, structures, images, or models that could benefit from spatial visualization. Researchers contribute domain knowledge and scientific context; Dynamoid contributes visualization tools, production support, interaction design, and adaptation for web and VR.
The Researchers And Creators page describes this bootcamp history and process in more detail.
Example Communication Areas
10k Science-style immersive experiences can support communication in areas such as:
- Molecular biology, structural biology, genetics, and biotechnology
- Biomedical research, disease mechanisms, therapeutic targeting, and drug discovery
- Environmental health, wildfire smoke, air quality, and exposure reduction
- Plant biology, pathogens, invasive species, and agricultural systems
- Neuroscience, physiology, pain signaling, and non-opioid pain relief research
- Chemistry, food molecules, atomic orbitals, and structure-property relationships
- Scientific and industrial systems that are difficult to observe directly
From Research Visualization To Learning Experience
A scientific visualization can become the seed of a 10k Science learning experience. Dynamoid and its collaborators can add context, storyline, navigation, prompts, AI Guide support, formative assessment, and educator-facing tools.
Examples include:
- CRISPR & Sickle Cell, based on real structures and scientific evidence connected to gene editing and sickle cell disease
- Pain & Painkillers, connected to UC Davis research on modified neurotoxins and non-opioid pain relief
- Trouble in Sunshine Creek, which helps learners investigate plant disease, invasive insects, bacteria, and plant transport systems
This model treats science communication as more than explanation. It gives audiences an environment where they can see relationships, ask questions, and build a mental model of the system.