It is estimated that in 100 years, the population will grow to about 10-12 billion people. Because of needing more room to accommodate the growing population, forests will need to be cleared. Forests are pretty essential to our living conditions.
The world in 2050 will be full of exciting changes. Technology will make life easier, with AI-powered homes managing daily tasks. Robots will assist in hospitals, schools, and even workplaces. Self-driving cars and flying taxis will make travel faster and safer.
What did people 100 years ago imagine life would be like in the future?
No doubt, one hundred years ago, people had similar dreams for the future. They may not have conceptualized flying cars yet, in a time when the real car was barely a distant whisper, but they did dream up advanced technology and supremely amplified industry that would make their own lives vastly better.
What is predicted to happen over the next 100 years?
Among the technological predictions made in the book are the development of hypersonic aircraft and missiles, new space-based technology that will foster the development of military bases on the Moon and crewed military orbiting platforms (referred to in the book as "Battle Stars"), and armored robotic battle suits for ...
Significantly increased temperatures, numerous extreme weather situations, depleted energy resources and a global water shortage are just a few of the consequences that experts have deduced from the current climate crisis.
Chinese leader Xi Jinping makes veiled swipe at the United States
What will happen in 2027?
Mid-2027 – Artemis III, the second crewed mission of the Artemis Program and first lunar landing on the Moon since 1972, is scheduled to launch no earlier than this time. World Youth Day 2027 will be held in South Korea. The 2027 Cricket World Cup will take place in South Africa, Zimbabwe and Namibia.
In 2050, the world will be vastly different from what we know today, as a result of the integration of whole range of technologies, including: quantum computing, metaverse, augmented reality, nanotechnology, human brain-computer interfaces, driverless technology, artificial intelligence, workplace automation, robotics ...
The Global Challenges Foundation's 2016 annual report estimates an annual probability of human extinction of at least 0.05% per year (equivalent to 5% per century, on average). As of July 29, 2025, Metaculus users estimate a 1% probability of human extinction by 2100.
Based on known risks, the really cataclysmic ones, those that might exterminate us as a species, are fairly rare. Based on what we know today, it would be very unlikely that we wouldn't be around in the year 3000. There certainly would be bad times, but some of us would get through it.
Looking ahead in 2075, these predictions offer a glimpse of major changes. A world where economic giants like India, China, and the USA take the lead, where clean energy becomes the norm, and we travel in lightning-fast trains and self-driving cars. It's a future of space vacations and longer, healthier lives.
Ord estimated the probability of our species becoming extinct in the next 100 years to 16-17%, or one in six. He also estimated that the proportion of world GDP that humanity spends on interventions aimed at reducing this risk is less than 0.001%.
Being able to imagine our future is such an important part of human life that it's difficult to envision how we would function without it. One of the most fundamental uses of prospection is in evaluating which actions to take or to avoid.
According to the most recent climate change reports, if we keep burning fossil fuels like we are, we're looking at average global temperatures rising between 2°C and 4°C (about 3.6°F to 7.2°F) by 2070.
May 8 – The 2028 Philippine presidential election is scheduled to be held. July 5–25 – NASA's Dragonfly mission, or New Frontiers 4 will be launched to explore Saturn's moon, Titan, from a SpaceX Falcon Heavy. July 14–30 – The 2028 Summer Olympics will be held in Los Angeles, California, US.
By 2100, we might be living even more of our lives online, in digitally-augmented realities. Just as fashion trends change, so too will our cultural norms. By 2100, what's “normal” today might be viewed as quaint or even archaic. Our natural world is also undergoing changes, with both losses and gains in biodiversity.
Earth will interact tidally with the Sun's outer atmosphere, which would decrease Earth's orbital radius. Drag from the chromosphere of the Sun would reduce Earth's orbit. These effects will counterbalance the impact of mass loss by the Sun, and the Sun will likely engulf Earth in about 7.59 billion years from now.
The prevailing theory is that the universe will cool as it expands, eventually becoming too cold to sustain life. For this reason, this future scenario popularly called "Heat Death" is also known as the "Big Chill" or "Big Freeze". Some of the other popular theories include the Big Rip, Big Crunch, and the Big Bounce.
By 2034, according to a large majority (73 percent) of respondents, the world will be multipolar, with multiple centers of power, in contrast to the unipolar moment that followed the collapse of the Soviet Union, leaving the United States as the last superpower standing.
What animal would rule the world if humans went extinct?
Baboons, which already live in close proximity with humans in South Africa, are social and have similar intelligence to chimpanzees. In the immediate aftermath of human extinction, they would be able to take over human settlements and scavenge the food and livestock we left behind.
When did Nostradamus predict the end of the world?
His supposed 2025 prophecies include long wars, plague, and a fireball that may destroy Earth. In fact, Nostradamus is so well known for his predictions that a 1672 reference to him is among the first documented uses of the word “prognostication” in the English language.
By 2070, we'll see **smart cities** where AI plays a big role in running everything. AI will control traffic lights to reduce jams, self-driving cars will move safely, and public transport will be super efficient. AI will also help with managing waste and using energy, making cities greener.
Robots may become household servants to the higher class as well as middle class, electric cars may develop an entire sensory system composed of several sensory organs, supercomputers may shrink down in size to the size of peas, vertical farming may allow farms to appear in large urban centers (utilizing specially made ...
