Alleviating Academic Stress Among 18-19-year-old Older Adolescents Through The Use Of Natural Elements In Indoor Spaces

Mental stress is particularly prevalent among adolescents between the ages of 13-19, and long-term stress can lead to more serious problems such as anxiety and depression. The link between nature and adolescent health has long been a subject of interest. This research study is an exploration related to the theme “mental health protection,” exploring how a design intervention could inject natural elements into the interior spaces where stressful adolescents spend their time. This research paper reviews previous literature regarding mental health and adolescents, expounds on the causes and effects of adolescents’ stress, how adolescents are exposed to the natural environment, and multiple correlations between natural factors and adolescents’ psychological well-being. Based on student feedback, this study proposes a strategy for a prototype design that makes use of gutta-percha, a kind of bio-material from Eucommia Ulmoides. In order to verify the reliability of the design, alternative yet similar structural material was used for assembly and testing. The result of my testing was positive. In addition, I was able to define a research gap that separates this work from previous scholarship. Through my work, I also proposed a speculative prospect of integrating plant-human interaction and biofeedback through plant bionics responses to stress

Alleviating Academic Stress Among 18-19-year-old Older Adolescents Through The Use Of Natural Elements In Indoor Spaces

Mental stress is particularly prevalent among adolescents between the ages of 13-19, and long-term stress can lead to more serious problems such as anxiety and depression. The link between nature and adolescent health has long been a subject of interest. This research study is an exploration related to the theme “mental health protection,” exploring how a design intervention could inject natural elements into the interior spaces where stressful adolescents spend their time. This research paper reviews previous literature regarding mental health and adolescents, expounds on the causes and effects of adolescents’ stress, how adolescents are exposed to the natural environment, and multiple correlations between natural factors and adolescents’ psychological well-being. Based on student feedback, this study proposes a strategy for a prototype design that makes use of gutta-percha, a kind of bio-material from Eucommia Ulmoides. In order to verify the reliability of the design, alternative yet similar structural material was used for assembly and testing. The result of my testing was positive. In addition, I was able to define a research gap that separates this work from previous scholarship. Through my work, I also proposed a speculative prospect of integrating plant-human interaction and biofeedback through plant bionics responses to stress

Wearther: An iOS Mobile Application For Women

Have you ever wondered what to wear for the current weather and later when you go outside you confirm that you were too optimistic about your ability to endure the cold? Wearther: an iOS Mobile Application for Women is an iOS Mobile Application designed to help women choose the proper outfit that matches the weather outside. It is an interaction design and visual design project. Unlike other dressing related application, Wearther is not a clothing organizer or a fashion adviser. It is not a weather app either, although it emphasizes weather. The concept of this project is to analyze real fabric information and then to suggest proper clothing from the user\u27s personal wardrobe based on weather condition. The application provides two options for the user to add their clothing items into the Wardrobe section: from photo and scan barcode. Users can set the time that they are preparing outfits for, and then the application will provide a pool of proper clothing based on the weather condition at the selected time. After wearing the outfit, the user can log how she felt about the outfit. The application will then learn from the user\u27s feedback to adjust and provide more personalized suggestions next time

Jet fragmentation functions in proton-proton collisions using soft-collinear effective theory

The jet fragmentation function describes the longitudinal momentum distribution of hadrons inside a reconstructed jet. We study the jet fragmentation function in proton-proton collisions in the framework of soft-collinear effective theory (SCET). We find that, up to power corrections, the jet fragmentation function can be expressed as the ratio of the fragmenting jet function and the unmeasured jet function. Using renormalization group techniques, we are able to resum large logarithms of jet radii R in the perturbative expansion of the cross section. We use our theoretical formalism to describe the jet fragmentation functions for light hadron and heavy meson production measured at the Large Hadron Collider (LHC). Our calculations agree very well with the experimental data for the light hadron production. On the other hand, although our calculations for the heavy meson production inside jets are consistent with the PYTHIA simulation, they fail to describe the LHC data. We find that the jet fragmentation function for heavy meson production is very sensitive to the gluon-to-heavy-meson fragmentation function.Comment: 26 pages, 7 figures, published version at JHE