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Immersive, stereoscopic viewing enables scientists to better analyze thespatial structures of visualized physical phenomena. However, their findingscannot be properly presented in traditional media, which lack these coreattributes. Creating a presentation tool that captures this environment posesunique challenges, namely related to poor viewing accessibility. Immersivescientific renderings often require high-end equipment, which can beimpractical to obtain. We address these challenges with our authoring tool andnavigational interface, which is designed for affordable head-mounted displays.With the authoring tool, scientists can show salient data features as connected360{\deg} video paths, resulting in a "choose-your-own-adventure" experience.Our navigational interface features bidirectional video playback for addedviewing control when users traverse the tailor-made content. We evaluate oursystem's benefits by authoring case studies on several data sets and conductinga usability study on the navigational interface's design. In summary, ourapproach provides scientists an immersive medium to visually present theirresearch to the intended audience--spanning from students to colleagues--onaffordable virtual reality headsets.

Navigable videos for presenting scientific data on head-mounted displays