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Cornell University researchers have conducted a study revealing the metaverse’s potential to act as a climate saviour. According to their findings, widespread utilization of metaverse technology can reduce Earth’s surface temperature. It can reduce the planet’s surface temperature by a modest, noteworthy 0.02°C by the end of the 21st century.
The research is titled “Growing Metaverse Sector Can Reduce Greenhouse Gas Emissions by 10 Gt CO2e in the United States by 2050”. It was recently published in the eminent Energy and Environmental Science journal. Professor Fengqi You and PhD student Ning Zhao conducted the study.
The study utilized advanced AI techniques to examine the influence of the metaverse on different facets of human existence. Such aspects include work, education, and entertainment.
The research team collected and analyzed data from the technology, energy, and business sectors. They explored emerging metaverse applications, including distance learning and virtual travel, while assessing the metaverse’s projected expansion until 2050.
The Impact of Metaverse on Our Environment
Researchers emphasize that the burgeoning metaverse technology, which may soon become widespread worldwide, offers a range of environmental benefits. One crucial aspect highlighted by the researchers is the metaverse’s potential to reduce business travel drastically. This forecast positions the metaverse as a powerful force in the battle against carbon emissions. These discharges contribute significantly to greenhouse gases.
According to the study, by 2050, there will be a massive transition towards the metaverse. Approximately 90% of the global population will engage in this digital realm. The transformation of our daily activities could substantially decrease carbon emissions generated by transportation. Such transitions include conducting meetings in virtual boardrooms and learning in digital classrooms.
Furthermore, the study highlights the tremendous impacts that could be witnessed by 2050 due to the metaverse’s expansion. It can reduce atmospheric CO2 levels by 4.0 parts per million and curtail greenhouse gas emissions by ten gigatons.
Simultaneously, it could mitigate effective radiative forcing by 0.035 watts per square meter. Additionally, it could achieve an impressive 92 EJ reduction in domestic energy consumption. It can surpass the combined energy consumption of all end-use sectors in previous years.
Final Thoughts
The findings by Cornell University researchers show how the metaverse’s development can accelerate progress towards achieving net-zero emissions goals.
Various solutions can be explored by leveraging distance learning, virtual travel, and remote work within the metaverse. Furthermore, the metaverse can reduce transportation and commercial energy consumption. Therefore, it can enhance energy distribution and increase the housing sector’s energy supply.
Nevertheless, it is essential to note that relying solely on the metaverse cannot address all environmental challenges. Professor You emphasizes the proper and cautious utilization of this technology. He advises against sole dependence on the metaverse despite its considerable potential contributions.
By utilizing the metaverse sustainably and harnessing its power, society can make substantial advancements in mitigating climate change while benefiting from its numerous advantages.
