There's a little genuine challenge in GYLT outside of the inherent tension of exploration in a horror game, and this ends up leaving it less frightening and memorable as a result. However, the game's focus on not being too disturbing or difficult ends up undercutting itself, as the challenges aren't that hard, and outright outrunning threats when exposed remains a viable option for much of the game. It's reminiscent of the combat in something like Silent Hill, where the characters' failings come across as a deliberate design choice to reinforce the tension of encounters. It fits within the game's already-established mechanics of exploring darkened hallways with nothing but a flashlight for protection and is a clever way to avoid some of the more questionable aspects of providing a young girl with a lethal weapon. Although they're dangerous enough to offer a real threat to Sally, players eventually find ways to use her flashlight and fire extinguishers as weapons to overwhelm and even destroy them. The game's neatest tweaks on the mechanics come with the ways players can combat the creatures.

The monsters themselves aren't too frightening or grisly, but they add to the game's overall atmosphere of child-friendly horror. Gylt's gameplay is fairly straightforward horror survival, tasking players with exploring dangerous areas and avoiding enemies. The plot is fine enough, if a little underbaked to accommodate the younger players whom the game was clearly designed for. It's effectively a Silent Hill-style adventure for younger audiences, exposing the main character's lingering dark history with a desperate attempt to survive a spooky scenario. The slightly cartoonish art style helps to underscore its youthful perspective. Sally and Emily's relationship slowly unfolds across the game, revealing a surprisingly heartfelt and somber adolescent story. Sheldon K.From a storytelling perspective, the short but to-the-point GYLT is mainly focused on its titular emotion and the impact it has on its central character.Rosenblith New Investigator Award, Health Effects Institute, 2013 CAREER Award, National Science Foundation, 2015.Ng holds a joint appointment in the School of Earth and Atmospheric Sciences (EAS).

Her group uses chemical and cellular assays to study the generation of reaction oxygen and nitrogen species from exposure to particulate matter mixtures.Īdditionally, she works on the development and characterization of advanced aerosol instrumentation, which can routinely characterize and monitor the mass and chemical composition of non-refractory submicron aerosols in real time. Ng’s group also investigates the linkage between the chemical composition of atmospheric nanoparticles and their health effects. Ng is also involved in field measurement campaigns and integrated analysis of multidimensional and multiple worldwide mass spectrometer datasets to investigate the chemistry and life cycles (sources, processes, and fates) of ambient aerosols.ĭr. This research includes conducting laboratory chamber experiments in which specific compounds of interest can be isolated and studied under simple, well-controlled oxidation environments, allowing for a more detailed and direct characterization of the composition, chemical, and physical properties of aerosols. Her research focuses on both laboratory experiments and field measurements to understand the formation and evolution of atmospheric nanoparticles (aerosols). Ng’s research interest is in aerosol chemistry, air quality, and health effects.

Aerosol health effects, intracellular reactive oxygen and nitrogen species production from particulate matter exposureĭr.

Development and characterization of advanced aerosol instrumentation.

Chemistry and life cycles (sources, processes, and fates) of ambient aerosols.

The formation and evolution of atmospheric nanoparticles (aerosols).

Online Graduate Certificate in Data Science.

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