Grant Figures: Science Visuals
We’ve had to privilege to work with some great minds on the cutting edge of their fields. Whether it’s nanotechnology, or gps-mapping systems, a science figure can help your research stand out in a crowd. (Science figures don’t have to be boring, we promise!)
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Nanoparticle Research Figures: Dr. Morteza Mahmoudi
Dr. Morteza Mahmoudi’s lab recently published a Nature Reviews Materials article, giving an overview of the current state of nanoparticle protein corona research, from medical applications, to environmental monitoring.
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Fertilizer Figure- Dr. Nirala Singh
We’re thrilled for Nirala Singh, Bryan Goldsmith and Suljo Linic of the University of Michigan, who were just awarded an NSF grant to research sustainable fertilizer production by removing nitrate pollution from water. We created this figure for their grant application, to quickly give reviewers an overview of their research’s potential impact.
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Renewable Energy Figure- Dr. Nirala Singh
We’re thrilled for Nirala Singh, Bryan Goldsmith and Suljo Linic of the University of Michigan, who were just awarded an NSF grant to research sustainable fertilizer production by removing nitrate pollution from water. We created this figure for their grant application, to quickly give reviewers an overview of their research’s potential impact.
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Central Dogma art UCSB
Nature vs nurture. What makes us who we are? The Foundations Institute, an academic think tank at UCSB, gathers leading minds from across the world to discuss these sorts of questions. We created this illustration to hint at all of the different things that can impact who we are, from the microbes cohabitating in our body, to the food we eat, to the environment we live in.
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NSF piece- Future of work
This illustration is part of our vision of the future of work, through cooperation with the National Science Foundation’s Engineering and Computer Science Representatives. This graphic relies on people being integral to increasingly technological advances.
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USF Seafloor Mapping
Our 3d infographic shows the latest seafloor mapping technology. It’s hard to believe that there is still much work to be done to map the ocean seafloor, but even in heavily trafficked areas, we don’t have reliable maps. To make matters even more difficult, shallow waters are particularly prone to change, as hurricanes and tropical storms rearrange sandbanks and shipwrecks. The University of South Florida and NOAA have launched the Center for Ocean Mapping and Innovative Technologies (COMIT). COMIT uses a layered technology approach to get both the detail and breadth needed to map the ocean seafloor.
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Cell Imprinting
