This is how ChatGPT imagines the cities of the future

Currently, More than 50% of the world’s population lives in urban areas. In the past, the situation was quite different and in the 19th and 20th centuries most of the world’s population lived in rural areas. Economic changes forced people to move to cities in search of jobs, better health services and better educational opportunities.

Future Green City Park.iStock

By 2050, this estimate is expected to grow to 70%. However, this urban growth is not evenly distributed around the world. Most of the growth is expected to occur in developing countries and developing metropolises exceeding at least 10 million people.

However, not all urban areas grew. There are some that are actually losing population due to the changing economic and demographic conditions of the population. Whether a city is growing or losing population, governments face unique challenges when it comes to infrastructure, water and transportation needs.

Cities of the future according to artificial intelligence

„Imagining the cities of the future is an exciting exercise that involves a combination of emerging technology, sustainable approaches, and changes in the way we live and work,” says OpenAI’s AI chatbot ChatGPT. Artificial intelligence envisions cities of the future to look like this:

Smart cities. Cities of the future will be increasingly connected through the Internet of Things (IoT). Smart sensors and devices can monitor and control transportation, energy, water, security and other aspects of urban life. This will allow for more efficient management of resources and a higher standard of living.

constant motion. More efficient public transport, shared mobility and vehicle electrification will be the norm. Cities will move away from dependence on private cars and will focus on greener options such as bicycles, electric scooters and faster and more efficient public transport systems.

Renewable energy. Electricity generation is mostly renewable, with solar panels and wind turbines integrated into urban infrastructure. Cities seek to become energy self-sufficient and drastically reduce carbon emissions.

Fixed buildings. There will be future buildings Very efficient Energy-efficient and designed with sustainable materials. Green architecture and vertical gardens are common. Construction of eco-friendly buildings in cities will be encouraged.

Augmented and Virtual Reality. Augmented and virtual reality will be a fundamental part of everyday life. From education to entertainment to work collaboration, these technologies will change the way we interact with the world.

Remote work and work flexibility. The COVID-19 pandemic accelerated the trend toward remote work. In the future, many people may work from home or co-work, reducing traffic congestion and changing the dynamics of cities.

circular economy. Cities of the future will focus on reducing waste and adopt a circular economy approach. Reuse and recycling will be prioritizedThis reduces the carbon footprint and reduces the amount of waste.

Green spaces and urban parks. Cities will prioritize the creation of green spaces and urban parks that not only provide recreational areas, but also improve air quality and mental health of residents.

Digital Government. Public administration will become more efficient and accessible through online services and digital platforms. Citizen participation will be high Online Voting Technologies and Collaborative Decision Making Systems.

Disaster resilience. Given the growing threat of natural disasters and climate change, cities are focusing on resilience. This includes resilient infrastructure and robust contingency plans.

Artificial intelligence is a vision for future cities based on technology and sustainability, but recognizes Importance of quality of life, equity and citizen participation. „It is important that cities adapt to the changing needs of their citizens and strive to be more sustainable, inclusive and pleasant places to live,” says ChatGPT.

Notes:

  • Brooke, D. (2013). A history of future cities. . https://doi.org/10.5860/choice.50-6246.
  • Chat GPT 3.5
  • Dobraszczyk, P. (2017). Drowned Cities: Climate Change, Urban Futures and the Imagination of Submergence. International Journal of Urban and Regional Research, 41, 868-887. https://doi.org/10.1111/1468-2427.12510.
  • Zipperer, WC (2012). Urban Ecology: Patterns of Population Growth and Environmental Effects.
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