Imagine taking all of your favorite activities and bundling them into the greatest hits! This 4 in 1 VR Science Mega Pack combines Dino-Dig, Volcano Lab, Solar System, and Crystal Lab all into an action packed virtual reality science kit that's sure to please!
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After careful consideration and evaluation, the Mega-Conference partners (NOWRA, VOWRA, NAWT, and SORA) decided to move the 2020 Onsite Wastewater Mega-Conference to an all-virtual format. This was a difficult decision, but it was driven by two critical factors: uncertainty surrounding our ability to hold this event safely, and uncertainty about whether the Commonwealth of Virginia would ease restrictions on the size of gatherings enough to enable our meeting to take place. Therefore, we will be moving to a virtual format for the entire conference.
Method: In this structural magnetic resonance imaging study, we first replicated and extended previous results in (1) a larger independent sample of 75 acutely underweight adolescent and young adult female patients with AN (acAN; n = 54 rescanned longitudinally after partial weight restoration), 34 weight-recovered individuals with a history of AN (recAN), and 139 healthy controls (HC); and 2) a greater combined sample compiled of both our previous samples and the present replication sample (120 acAN [90 rescanned longitudinally], 68 recAN, and 207 HC). Next, we applied a "virtual histology" approach to the combined data, investigating relations between interregional profiles of differences in CT and profiles of cell-specific gene expression. Finally, we used the ENIGMA toolbox to relate aforementioned CT profiles to normative structural and functional connectomics.
Results: We confirmed sizeable and widespread reductions of CT as well as volumes (and, to a lesser extent, surface area) in acAN and rapid increases related to partial weight restoration. No differences were detected between either short- or long-term weight-recovered patients and HC. The virtual histology analysis identified associations between gene expression profiles of S1 pyramidal cells and oligodendrocytes and brain regions with more marked differences in CT, whereas the remaining regions were those with a greater expression of genes specific to CA1 pyramidal, astrocytes, microglia, and ependymal cells. Furthermore, the most affected regions were also more functionally and structurally connected.
Conclusion: The overall data pattern deviates from findings in other psychiatric disorders. Both virtual histology and connectomics analyses indicated that brain regions most affected in AN are also the most energetically demanding.
A few years ago a group of researchers used computer modeling to put California through a nightmare scenario: Seven decades of unrelenting mega-drought similar to those that dried out the state in past millennia.
Legacy can be positive or negative and although there is still a lack of consensus within the academic field regarding how best to conceptualize, achieve, and evaluate certain forms of legacy, significant levels of research and focus have been placed on mega event legacy (Preuss, 2007, 2015; Leopkey and Parent, 2012; Brittain et al., 2018; Thomson et al., 2019). The uncertainty of the future of sport with regards to COVID-19, especially live mass spectator events, paired with the fragile economic situation and global instability, suggest MSEs should not only reflect and justify their worth and feasibility, but also ensure they are contributing and supporting broader global sustainable development objectives and outcomes. Sustainability can be conceptualized in many ways, in reference to facilities, the environment/climate, economy, resources, or social-cultural context, and Tokyo 2020 (post-poned until 2021) was the first to explicitly ensure alignment with the UN's SDGs across their planning, strategy, and legacy objectives for the Games (Tokyo Organising Committee of the Olympic and Paralympic Games, 2016). Yet, it is important to note that the COVID-19 pandemic has resulted in a global humanitarian, human rights, and socio-economic crisis, thereby stunting the progress of the UN's Sustainable Development Goals 2030 (Sustainable Development Goals Report, 2020).
We specifically examine the potential of virtual reality (VR) as a technological innovation, which can help create a social inclusion legacy for Paris 2024, by influencing unconscious biases toward diversity such as disability, gender, and race. In this paper, we see disability as a form of diversity, which includes personal, cultural, and institutional differences (Patrick and Kumar, 2012). Although this study is specifically focusing on disability, application is possible across other diversity-based characteristics. We propose that, as a technological innovation, VR delivered through diversity training in sport organizations or used as a recruitment tool to engage the participation of disabled persons, could increase empathy toward persons with a disability, decrease social ableism (of and in persons with a disability), and therefore foster greater social inclusion in sport organizations. VR has been proven as a powerful mechanism used to tackle discrimination, promote diversity, and encourage attitudinal change (Beadle and Santy, 2008; Bielen et al., 2018; Lopez et al., 2019) but has yet to be applied in the context of sport, as an innovative approach to achieve a social inclusion legacy.
VR has proven a useful innovation on many fronts, from social skills training for people with autism spectrum disorders (Mitchell et al., 2007) to the training of neurosurgeons (Choudhury et al., 2013) and fire fighters (Xu et al., 2014). As early as 2002, although in a neurological rehabilitation context, VR was identified as an application that could help teach disability awareness, by simulating some of the barriers that are experienced by disabled individuals (Sveistrup et al., 2003). Due to the immersive reality that VR technology provides, this offers a mechanism that can be used to shift attitudes and beliefs about disability, which in turn may reduce symbolic ableism. Evidence suggests VR is highly effective in changing attitudes, increasing empathy, and creating greater appreciation for diversity in society, even at the unconscious level through immersive, rich, and isolated experiences (Berson et al., 2018; van Loon et al., 2018). Research on VR in sport has been largely limited to defining the virtual athlete (Jenny et al., 2017), video games and sport consumption behavior (Kim, 2020), analyzing sport performance (Bideau et al., 2010), and rehabilitation (Slobounov et al., 2006), with some limited focus on disability sport (da Cunha et al., 2018).
Beyond sport, VR has been used as a mechanism to support social outcomes, such as well-being and social inclusion across numerous contexts. It is possible to provide lived experiences through VR, which can enhance awareness and lead to attitudinal change (Friedman, 2005; Beadle and Santy, 2008; Li et al., 2011; Kandaurova and Lee, 2019). These applications often align with the broader objective of tackling discrimination and promoting diversity; and researchers have utilized VR to address gender and racial bias and to encourage social inclusion (Beadle and Santy, 2008; Bielen et al., 2018; Lopez et al., 2019). Specifically, studies have found that virtual embodiment of white people in a black virtual body is associated with an immediate decrease in implicit racial bias (Banakou et al., 2016). Interestingly, there have been valuable applications within the education sphere, with Bailenson et al. (2008) noting that virtual environments will transform the learning experience through creating experiences that will alter social interactions and dynamics. VR technology has been utilized by the leading human rights organization UNICEF, to address social issues in education, through the UNICEF Innovation Fund. One such funded project (Imisi 3D) demonstrates how VR can be used to enhance the curriculum, improving the learning experience for Nigerian youth (Virtual Reality in the Classroom, n.d.).
Princeton University researchers have used a novel virtual reality and brain imaging system to detect a form of neural activity underlying how the brain forms short-term memories that are used in making decisions.
I recently made changes to the mega menu on our organisations SharePoint page, and over the weekend (28/29 January 2023) the formatting of the columns went crazy. Instead of shortening the characters as it normally does, and using the 3 dots to symbolise that there is additional words hidden, it showed all the characters and over wrote them into the next column, over the words into the following column, making it an awful mess.
Commenting on the launch - a spokesperson at Metaverse said: Our world is diving into the Metaverse Era (Web 3.0) especially during the covid-19 period when contactless economies are prevalent. The main goal of this virtual megacity, a GameFi platform that combines NFTs and blockchain technology, is to address the persistent issues arising from the centralization of Web 2.0 such as poor security, data controls, and, most importantly, the imbalance of creator economics. The soft powers and cultures are critical components of establishing a strong virtual community and we intend to make this virtual megacity a reflection of real-world Dubai city, which is open to vast cultures and diversity. It shall be a collaborative and user-driven space where people can truly communicate, interact, and virtually express their real-world and imaginative activities. be457b7860
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