homehome Home chatchat Notifications


Man in Space: Tim Peake

Six months, floating above the Earth, with no gravity, no family and only radio contact with your home planet. Anyone can do it, right?

Holly Whitman
July 28, 2016 @ 8:08 pm

share Share

Tim Peake

Credit: NASA Johnson // Flickr

Six months, floating above the Earth, with no gravity, no family and only radio contact with your home planet. Does that sound like something you could do? It’s exactly what Tim Peake did.

Peake made history by being the first government-funded British person in space, and it wasn’t all for nothing. Since the British version of NASA, called the European Space Agency (ESA), has spent a whopping £80 million on this mission, Peake was under some pressure to make the most of it. And make the most of it, he did.

Scientific Achievements

There are about 250 experiments happening on the ISS, and most of them take much longer than six months to complete. Most astronauts, Peake included, will participate in many experiments during their time there, but they won’t be solely responsible for them.

Many of these experiments need the same supplies as Earth, but with different resources. Instead of using heat pumps, air compressors are often used instead. Because they operate without liquids, their performance remains constant, putting out compressed air at about seven miles per second. It keeps people alive, experiments running properly and keeps the ISS running the way it should.

For his return trip, Peake had a few bacteria samples, which were on the outside of the ISS. They were exposed to the harsh environment that is the vacuum of space, and will hopefully provide some insights about the limits of life.

Peake also actively contributed his blood to science. Samples taken in space are being grown in order to study epithelial cells. These are the cells that line blood vessels and don’t behave the same in space as they do on Earth. By growing samples in space, scientists hope to learn more about what causes the changes.

Peake also got to test his skills on a Mars rover experiment, which should help determine how astronauts could control rovers on Mars, when we actually get there. Putting humans into orbit around Mars and having them work with rovers to explore the surface is a much safer and more realistic option than trying to send them down to the surface and back up again.

Engaging a Generation

One of the things Peake has always been passionate about is sharing his love of science. He loved the idea of using his time in space to make an impact on children, and inspire them to learn more about it. Tim Peake has, by conservative estimates, involved about 1 million school-aged children in his projects from space. He sent seeds from space to students to grow and compare with seeds from Earth.

He also ran the London Marathon – from the ISS. He was one of the 38,000 people who ran, and he completed the race in just over three and one-half hours. In order to run anywhere in space, Peake had to be attached to the treadmill. In this case, he was attached with a bungee-harness, which allowed him to be pulled down to the treadmill, while also having some bounce in order to run. It’s not exactly comfortable, but it works.

Peake also performed the first spacewalk by an ESA astronaut. He was tasked, along with his team, with repairing a failed power generator, attaching cables to the outside of the ISS and replacing a valve. On Earth, all of that would be fairly easy. It’s a different story in space. Peake trained for months before completing this spacewalk.

Altogether, Tim Peake made some pretty hefty contributions to the science of space. His largest achievement was sparking interest in the mission, and getting people excited about space again. a feat he spectacularly accomplished.

share Share

Frozen Wonder: Ceres May Have Cooked Up the Right Recipe for Life Billions of Years Ago

If this dwarf planet supported life, it means there were many Earths in our solar system.

Space Solar Panels Could Cut Europe’s Reliance on Land-Based Renewables by 80 Percent

A new study shows space solar panels could slash Europe’s energy costs by 2050.

Astronomers See Inside The Core of a Dying Star For the First Time, Confirm How Heavy Atoms Are Made

An ‘extremely stripped supernova’ confirms the existence of a key feature of physicists’ models of how stars produce the elements that make up the Universe.

Scientists May Have Found a New Mineral on Mars. It Hints The Red Planet Stayed Warm Longer

Scientists trace an enigmatic infrared band to heated, oxygen-altered sulfates.

A Comet That Exploded Over Earth 12,800 Years Ago May Have Triggered Centuries of Bitter Cold

Comet fragments may have sparked Earth’s mysterious 1,400-year cold spell.

Astronomers Find ‘Punctum,’ a Bizarre Space Object That Might be Unlike Anything in the Universe

Bright, polarized, and unseen in any other light — Punctum challenges astrophysical norms.

How Much Has Mercury Shrunk?

Mercury is still shrinking as it cools in the aftermath of its formation; new research narrows down estimates of just how much it has contracted.

First Complete Picture of Nighttime Clouds on Mars

Data captured by the Emirates Mars Mission reveal that clouds are typically thicker during Martian nighttime than daytime.

A Supermassive Black Hole 36 Billion Times the Mass of the Sun Might Be the Heaviest Ever Found

In a massive galaxy, known for its unique visual effect lies an even more massive black hole.

Scientists Have a Plan to Launch a Chip-Sized, Laser-Powered Spacecraft Toward a Nearby Black Hole and Wait 100 Years for It to Send a Signal Home

One scientist thinks we can see what's really in a black hole.