Tag Archives: Climate Change

Mars: The New Earth?

If Earth becomes inhabitable due to the alarming rate at which climate change is occurring, is there a possibility for humans to live on Mars?

Previously, the idea of human life proliferation on Mars was mainly expressed in science-fiction. However, a recent study reveals a new application of a material to make Mars habitable for human life.

picture of Mars

Source: Pixabay

Scientists have investigated a new approach to the obstacle of terraforming Mars and making it a habitable planet through the usage of silica aerogels.

Silica aerogel is a solid and transparent material with extreme low density, and thermal conductivity. Its structure is composed of microscopic networks of silicon oxide; therefore, allowing it to be an extremely porous material with 97% of its volume composed of air. Because of these factors, currently, aerogels are widely known for its use as insulators and can be found in wetsuits, firefighter suits, skylights, windows, rockets, paints, cosmetics, and even on NASA’s Mars Rovers.

picture of silica aerogel Source: NASA

Scientists believe that due to its insulating properties, when placed in the atmospheric regions over surface areas that are ice carbon-dioxide rich on Mars, a 2 to 3cm layer thick of silica aerogel could allow constant visible light to transmit onto the surface and melt the Mars’ solid carbon dioxide into gas. The aerogel would trap the carbon dioxide gas to mimic the Earth’s greenhouse gas effect and as a result, allow for base photosynthesis to occur, perhaps granting the beginnings of life proliferation on our neighbouring planet. Additionally, this porous material is found to successfully block both ultraviolet and infrared radiation and its thermal conductivity characteristics can raise temperatures underneath to above the melting point of water, without the need for any internal heat source. The discovered key features of this material could provide scientists with the early steps to Mars’ terraformation.

The application of the silica aerogel can be tested in hostile environment currently on Earth that mimic the environmental conditions on Mars, such as Antarctica and Chile’s Atacama desert to study its effectiveness. However, additional factors to the living conditions on Mars such as atmospheric pressure, nutrient availability and dust deposition still need to be considered in this on-going research.

Although this discovery does not provide us with a solution to the Earth’s climate change, this new application of the aerogel could shift the focus on the solution to global warming indefinitely. Through this finding, perhaps the there is a possibility for humans to live on Mars after all.

More information about the synthesis of the silica aerogel can be found here:

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– Bernice Huynh

Mars: the new Earth?

With the alarming rate of climate change occurring on Earth, will the planet the we call “home” eventually become uninhabitable?

Although it was previously believed that human life could only survive on Earth, a recent study reveals a way to make Mars habitable.

picture of Mars  Source: Pixabay

Instead of trying to make Mars more similar to Earth through atmospheric modifications, Scientists have discovered a new approach to the obstacle of finding a second habitable planet through the usage of silica aerogels.

This material, when placed over regions that are ice-rich on Mars could allow constant visible light to transmit onto the surface for photosynthesis to occur. It could also block ultraviolet radiation and even raise the temperatures underneath to above the melting point of water, without the need for any internal heat source. In addition to these factors, scientists believe that a 2 to 3cm layer thick of silica aerogel get could potentially be equivalent to the Earth’s atmospheric greenhouse effect, thus allowing the beginnings of life proliferation on our neighbouring planet.

Silica aerogel is a solid material with extreme low density, and thermal conductivity. It is an extremely porous material and is currently widely known for its use as an insulator. Currently, aerogels can be found in wetsuits, firefighter suits, skylights, windows, rockets, paints, cosmetics, and even nuclear weapons. However, this new application of the aerogel could shift the focus on the solution to climate change and global warming indefinitely.

The application of the silica aerogel can be tested in hostile environment currently on Earth, such as Antarctica and Chile’s Atacama desert. However, additional factors to the living conditions on Mars such as atmospheric pressure, nutrient availability and dust deposition still need to be considered in this on-going research.

But, through this discovery, perhaps the idea of living on Mars not too far-fetched after all.

Image of Fingers Source: flickr

– Bernice Huynh