What will the future be like in 100 years?

What will the future be like in 100 years?

In 100 years, the world’s population will probably be around 10 – 12 billion people, the rainforests will be largely cleared and the world would not be or look peaceful. We would have a shortage of resources such as water, food and habitation which would lead to conflicts and wars.

How will be 22nd century?

The widespread emergence of post-scarcity and resource-based economies, rapid growth of transhumanism, and major developments in space travel all mark the 22nd century. Practically all of the world’s energy comes from either fusion or renewable sources now….Community.

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The Far Future Beyond…

Why will humans go extinct?

Human extinction is the hypothetical end of the human species due to either natural causes such as population decline due to sub-replacement fertility, an asteroid impact or large-scale volcanism, or anthropogenic (human) causes, also known as omnicide.

What will happen to Earth 4 billion years from now?

Four billion years from now, the increase in Earth’s surface temperature will cause a runaway greenhouse effect, creating conditions more extreme than present-day Venus and heating Earth’s surface enough to melt it. By that point, all life on Earth will be extinct.

What will the earth look like in 100 years?

So the key thing now, Schmidt said, is slowing climate change down enough to make sure we can adapt to it as painlessly as possible. This is what Earth could look like within 100 years if we do, barring huge leaps in renewable energy or carbon-capture technology.

How long will life exist on Earth?

As a result of these processes, multicellular life forms may be extinct in about 800 million years, and eukaryotes in 1.3 billion years, leaving only the prokaryotes. The atmosphere of Venus is in a “super-greenhouse” state. Earth in a few billion years could likely resemble present Venus.

What will the earth’s core look like in 4 billion years?

The growth of the inner core may be expected to consume most of the outer core by some 3–4 billion years from now, resulting in a nearly solid core composed of iron and other heavy elements. The surviving liquid envelope will mainly consist of lighter elements that will undergo less mixing.