Humanity Goes Extinct Without FTL Travel (we may Have Found it)

FTL travel
Stephen Hawking | | NASA

Stephen Hawking has issued dire warnings about the precarious nature of Earth and the humanity’s “urgent” need to find another home.

Climate change, nuclear war, pandemics, overpopulation, resource scarcity, and the rise of AI could reduce humanity to ash.

BBC will air Stephen Hawking: Expedition New Earth Summer 2017Click To Tweet

Most, if not all, of these threats can be traced back to anthropogenic sources. In other words, we contribute to our own demise.

Instead of fixing Earth, how about leaving it for another planet?

At least, that’s what Stephen Hawking has suggested.

Hawking Moves up his Deadline: Humanity has 100 Years to Evacuate Mother Earth

In November 2016, Stephen Hawking warned that for the human species to ensure its survival, it has to escape Earth. He painted Earth as a fragile planet, and within 1,000 years, we may have broken it completely.

Although the chances of an apocalyptic event on Earth for a given year are relatively slim, Stephen Hawking said they could become a near certainty within 1,000 years.

It seems that Hawking has revised his deadline since then.

As part of its “Tomorrow’s World” science season, BBC will be airing “Stephen Hawking: Expedition New Earth” documentary this summer, where the renowned astrophysicist brings forward his deadline and speaks of 100 years instead of 1,000 years.

According to Hawking, humanity has to leave Mother Earth as soon as possible in order to domesticate another planet within the next 100 years; otherwise, it’ll find itself on the brink of extinction, and there’s no alternative.

“I believe that life on Earth is at an ever-increasing risk of being wiped out by a disaster […],” said Hawking, “I think the human race has no future if it doesn’t go to space.”

Breakthrough Starshot Project: Space or Nothing

Humanity may have no option but to venture into space, and not as a leisure activity. In the face of a grim future, we’ll not pursue space exploration because we can do it, but because we have to.

If Musk–as part of his goal to help make humanity an interplanetary species–has set his eyes on Mars, Stephen Hawking has joined an initiative that’s looking to go way farther.

Last April, Stephen Hawking, Russian billionaire Youri Milner, and Mark Zuckerberg announced their $100 million USD project, Breakthrough Starshot, to explore traces of life in the Alpha Centauri system. The project is also backed by NASA.

At 4.37 light-years away, Alpha Centauri is the nearest star to Earth, and is home to Proxima b, a potentially habitable exoplanet.

With current technologies, it would take 30,000 years to get there but the Breakthrough Starshot Project aims to develop nanocraft that would travel one-fifth the speed of light (100 Million mph).

The gram-scale nanocraft, called NanoChip, would be propelled by a lightsail to reach that speed and get to Alpha Centauri in just 20 years.

There are still some technical challenges that scientists have to overcome in the coming years to build the “NanoChip”, which would pave the way to interstellar travel, and humanity’s survival.

Traces of FTL Travel Discovered

In order to transport people across interstellar distances, we’ll have to look past nanocraft. We’ll have to discover what, if anything, can travel faster than light and apply it to our conception of propulsion technologies.

Student researchers may have made an early discovery of the road to FTL travel.

Washington University researchers imaged an optical Mach cone from a laser pulse and discovered that the light source traveled faster than light waves it emitted.

“Ultrafast cameras have been photographing sweet speed-based optical phenomena like Mach cones for a while, but this is the first time they’ve been able to catch an optical Mach cone in real time.” | Liang et al., 2017

In fact, in order to create an optical Mach cone, light needs to travel more rapidly than waves it emits. The team of researchers separated the properties of a laser beam, allowing them to engage velocity, wavelength, and frequency simultaneously.


“They directed the beam through a layered confection of silicone panels, aluminum oxide powder, and dry ice. The source of the light waves was moving faster than the waves themselves as they passed through the layers, leaving behind the optical Mach cone.”

Assuming the emitted light waves were traveling at the speed of light, the original source achieved FTL speeds.

How could this revelation be harnessed to improve propulsion technologies?

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