To combat the environmental and health issue of plastic pollution, we are looking to find a degradation process for plastics. There is a known microorganism phanerochaete chrysosporium that has the ability to degrade PET plastic. We used the enzyme that gives the microorganism this property as a basis for our proposed catalysts. To create the catalyst three different metals; Zinc (Zn), Iron (Fe), and Manganese (Mn) were used to metallate meso Tetra (4-carboxyphenyl) porphyrin (TCPP).
Established in 2018 by the Henry Luce Foundation, this fund supports female students who are U.S. citizens and STEM majors.
Exposed to the elements, plastic degrades into smaller pieces known as microplastics and nanoplastics.1 These pieces have been found in our terrestrial, aquatic, and atmospheric environment, contaminating our food, water, and air.2 To mitigate this problem, we attempted to synthesize a copper cage that will theoretically break down the plastic to benign monomers of water and carbon. 3
Common tests that are used for biosensing are ones that involve a color change. The existing methods that are used to detect the color change can be inconvenient in terms of size, cost, and requirements for specialized training. The method that we suggest, which was tested in this research project, is taking colorimetric readings with a multispectral sensor. These sensors are inexpensive, portable, customizable, and do not require extra steps, such as wavelength calibration or image processing.
Corals are brightly colored marine invertebrates composed of sac-like polyps that produce calcium carbonate which bind individual organisms together creating colonies called coral reefs. They are commonly named the “rainforest of the ocean” because of the unique biodiversity of species that the reef’s ecosystem supports. However, coral reefs would not be able to survive without the symbiotic relationship between the coral’s skeletons and marine plankton called dinoflagellates which create energy for the coral (Roth et al.).
ArcGIS online (AGOL) has a variety of basemaps to use for remote visualization and analysis. With
numerous basemap options, choosing the best for data collection is fundamental. Different types of
basemaps may affect how we perceive three-dimensional objects (Phillips et al., 1975); thereby, affecting the precision of data collected. This project focused on the length and azimuth data of 60 drumlins in Western, NY from four different, AGOL-provided basemaps: a) USA Topographic, b) default hillshade, c)
TNT is both toxic and explosive, the detection of TNT represents an environmental and security concern. Dogs are often used for detection, but other methods are needed. This research project originally intended to understand how Ruthenium based TNT sensors function by discovering the mechanism by which Ruthenium’s fluorescence is quenched by TNT. Due to the nature of the summer, majority of my time was spent doing a literature review of previous TNT sensors.
Due to the current challenges of the world, learning through videos is a crucial part of class preparation. Educational videos offer students an opportunity to learn in a safe environment. They are unique in their ability to allow students to see something first hand but are accessible from anywhere. The goal of this project is to create a series of organic chemistry lab tutorials. This will allow students to view the videos from home and come into the lab with a better understanding of what they are meant to be doing.
The end result of this project is a Shiny web app which generates four different visualizations of musical data. The data source is the Spotify API, which is easily accessible and provides data for many different artists. The Shiny app allows the user to type in whichever artist they want. First, they will see a simple interactive dotplot of the valence of an artist’s body of work. Valence, a variable used in all of the plots, is a measure of musical turbulence, which allows the user to interpret if a song sounds stable or unstable.
The Office was a culturally influential American comedy show that followed the lives and office interaction of a group of paper company workers, both male and female. The original research questions for the project were: “What is the balance of gender dialogue for each season and the episodes within each season?” and “What is the balance of character complexity for men and women throughout the series?” By exploring these topics through the lens of this show, the goal was to identify possible similar trends of gender representation across the entertainment industry as a whole.
Changes in river discharge have been measured throughout the last century by the U.S. Geological Survey, with data recorded as far back as 1889. The USGS Streamgaging Network provides data related to river flow and chemical and physical parameters, in almost real time. Through the USGS database it is possible to observe long-term trends in discharge rates over a period of time when global population, the use of resources, and a myriad of environmental changes have accelerated. During this project I chose to focus on the Arkansas River and its tributaries.
Though each discipline tends to be regarded as the antithesis of the other, mathematics and art intersect often and with fascinating results. This junction appears notably in the works of M.C Escher, a Dutch artist who, despite his incredulity in having any mathematical prowess, developed his own ideas of plane division which would appear in his tessellations. These tessellations would inspire his interest in what mathematicians call plane crystallographic or wallpaper groups, which are classifications of wallpaper patterns, or two dimensional repetitive patterns.