New Study Indicates Metaverse May Help Fight with Climate Change / Digital Information World

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    The Metaverse is a virtual 3D environment where the real and virtual worlds work together, and according to groundbreaking research, it could offer significant environmental benefits. study By researchers at Cornell University. Widespread use of Metaverse technology could reduce surface temperatures by up to 0.02 degrees Celsius by the end of the century, according to the study.

    The study, published in the journal Energy & Environmental Science, provides important insight into the potential impact of the metaverse on many aspects of human life, including work, education, and entertainment.

    Led by lead author Professor Fengqi You and PhD student Ning Zhao, the team used powerful AI-based modeling approaches to analyze data from key industries such as technology, energy, and business. Researchers predict Metaverse prosperity by 2050, considering growing usage of the Metaverse and the most promising applications such as remote work, virtual travel, distance learning, gaming and non-fungible tokens. was predicted.

    Modeling indicates that metaverse technology usage could reach 90% of the population within 30 years, expanding much faster than originally projected. The study also highlighted the potential environmental benefits that the metaverse could bring, particularly in terms of reducing greenhouse gas emissions.

    But experts say the Metaverse’s ability to reduce travel is one of its most important environmental benefits. Using virtual meetings and distance learning tools in combination with other technological advances provides options that can help reduce transport-related carbon emissions. This capability, like other metaverse-based applications, could help decarbonize the transportation sector and improve air quality.

    In addition, research highlights the astonishing potential impact of expanding metaverse businesses by 2050. Studies have shown that it could reduce atmospheric carbon dioxide content by 4.0 ppm, greenhouse gas emissions by 10 gigatonnes, and effective radiation by 0.035. Wattage per square meter. In addition, it has the potential to reduce energy use across the country by 92 EJ, more than the combined annual energy use of all end-use sectors over the past few years.

    These results provide insightful information to decision-makers on how the development of the metaverse industry will accelerate the process of achieving net-zero emissions targets. More adaptive decarbonization solutions could be explored through increasing distance learning, virtual travel and remote working based on the metaverse. In addition, the Metaverse’s ability to reduce transportation and commercial energy needs has the potential to transform the way energy is distributed, enabling more energy to be delivered to the residential sector.

    However, Professor You emphasizes that not all environmental problems can be solved by the metaverse. He advises against relying solely on the Metaverse and stresses the importance of using the technology appropriately, even though the Metaverse can contribute significantly.

    A study from Cornell University provides important insight into how the metaverse could successfully address environmental issues. With major companies such as Meta (formerly Facebook) and Microsoft driving the growth of the Metaverse, stakeholders must consider the environmental impact of their technical decisions. By harnessing the power of the metaverse ethically and sustainably, society can make significant progress in the fight against climate change while leveraging the many benefits it offers.

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