105 research outputs found

    Nursing Students’ Willingness to Care for Older Adults

    Get PDF
    The older adult population has increased and is projected to grow. This population usually has chronic disorders that need continuous care. However, it has been reported nurses and nursing students have negative attitude towards older adults. This descriptive study aimed at investigating factors influencing nursing students’ willingness to care for older adults. This study was conducted among 270 nursing students at the university in the United States from February 1 to February 28, 2017. Study participants answered the survey about quality and frequency of contact with older adults, anxiety about aging, empathy, attitude, and willingness to care for older adults. Tools in the study included; quality and frequency of contact with older adults; anxiety of aging scale; interpersonal reactivity index; attitude towards older adults; and willingness to care for older adults. The result showed factors influencing nursing students’ willingness to care for older adults; the year (e.g. first, second, and third year) of nursing program, anxiety of aging, and empathy towards older adults. Therefore, this study recommends the nursing program be revised to improve nursing students’ willingness to care for older adults by increasing empathy and quality of contact with older adults and decreasing anxiety about aging throughout the program.

    Coulomb Drag of Massless Fermions in Graphene

    Full text link
    Using a novel structure, consisting of two, independently contacted graphene single layers separated by an ultra-thin dielectric, we experimentally measure the Coulomb drag of massless fermions in graphene. At temperatures higher than 50 K, the Coulomb drag follows a temperature and carrier density dependence consistent with the Fermi liquid regime. As the temperature is reduced, the Coulomb drag exhibits giant fluctuations with an increasing amplitude, thanks to the interplay between coherent transport in the graphene layer and interaction between the two layers.Comment: 5 pages, 5 figure

    Direct Measurement of the Fermi Energy in Graphene Using a Double Layer Structure

    Full text link
    We describe a technique which allows a direct measurement of the relative Fermi energy in an electron system using a double layer structure, where graphene is one of the two layers. We illustrate this method by probing the Fermi energy as a function of density in a graphene monolayer, at zero and in high magnetic fields. This technique allows us to determine the Fermi velocity, Landau level spacing, and Landau level broadening in graphene. We find that the N=0 Landau level broadening is larger by comparison to the broadening of upper and lower Landau levels.Comment: 5 pages, 4 figure
    corecore