68 research outputs found
HERStory Makers 2022: Neetu
Neetu is a postdoctoral research associate at the Dublin Institute of Advanced Studies studying theoretical high-energy physics. She took part in HERStory Makers 2022.What is HERStory Makers?HERStory Makers is a social media competition for female-identifying early career researchers to share their research, their career journeys, and to inspire the next generation. Winners are selected by public vote. HERStory Makers is also part of EXPLORATHON, Scotland's contribution to European Researchers' Night.In 2022-23, EXPLORATHON was supported by the Engineering & Physical Sciences Research Council [grant number EP/X020894/1].Author contributions to contentNeetu conceived, planned, and recorded the video content. Kirsty Ross edited the video content to insert HERStory Maker credits, add subtitles, and maintain video length below Twitter/X limit of 2 mins and 20 secs, prior to scheduling the social media posts.</p
LiveDoc: Showing Contextual Information Using Topic Modeling Techniques
We present a solution named LiveDoc, which augments natural language text documents with relevant contextual background information. This background information helps readers to understand the context of the discourse better by fetching relevant information from other sources such as Wikipedia. Often the readers do not possess all background and supplementary information required for comprehending the purport of a narrative such as a news op-ed article. At the same time, it is not possible for authors to provide all contextual information while addressing a particular topic. LiveDoc processes the information in a document; uses extracted entities to fetch relevant background information in the context of the document from various sources (as defined by user) using semantic matching and topic modeling techniques like Latent Dirichlet Allocation and Hierarchical Dirichlet Process; and presents the background information to the user by augmenting the original document with the fetched information. Reader is then equipped better to understand the document with this additional background information. We present the effectiveness of our solution through extensive experimentation and associated results.</p
Porous graphene sheets as positive electrode material for supercapacitor – battery hybrid energy storage devices
COMBATTING CHALLENGING ASPECTS OF CANCER WITH THIOSEMICARBAZONES
Cancer claims the second largest number of deaths across the globe every year. With the new addition and discoveries in the therapeutic area, there are also some serious challenges which come into play. These include the emergence of resistance, malignancy, relapses and some life-threatening adverse effects. These challenges further intensify the need to discover better alternatives. Thiosemicarbazones have been explored extensively against many resistant and non-resistant forms of cancer in vitro as well as in vivo. Chelation of iron and copper has been attributed to their activity as anticancer agents, but recent studies have revealed few more complex mechanisms of their action. With different approaches to target different aspects of cancers, they have gained ample attention. Structural variations of these compounds were found to be highly selective in their action
Tunable wavelength demultiplexer using modified graphene plasmonic split ring resonators for terahertz communication
Modeling of graphene-based suspended nanostrip waveguide for terahertz integrated circuit applications
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