New research on Saturn's polar cyclones could allow for a better understanding of distant exoplanets

A team of scientists from MIT has put forward a theory that would explain the presence of enormous polar cyclones present on the gas giant Saturn. The cyclones, first discovered by the Cassini spacecraft in 2008, are so massive that they could swallow the Earth in their expanse. The research may even lead to better characterization of the atmosphere of distant exoplanets.Read More

3D Printing

3D-printed materials that change texture on demand

When it comes to creating surfaces, it's a simple task to either make ones that are smooth or ones that are bumpy. But now researchers at MIT have created one that can be both. The 3D-printed surface they have created can be either smooth, bumpy, ridged, or channeled and can dynamically change texture through the application of pressure.Read More


Earth's oceans found to be a much greater source of greenhouse gas than previously believed

A new study by MIT has revealed that the quantities of nitrous oxide (N2O), otherwise known as laughing gas, being released by the world's oceans has been dramatically underestimated. Heightened levels of N2O have the potential to seriously influence the health of our planet's ozone layer, as the gas is around 300 times more potent than the more prevalent menace of carbon dioxide emissions.Read More


MIT study on exoplanet orbits may narrow parameters in search for life

A team of researchers from MIT and Aarhus University, Denmark, have discovered that Earth-sized exoplanets orbit their parent stars in the same way that our planet orbits our own Sun – maintaining a roughly equidistant circular orbit. The discovery further narrows the characteristics of worlds that could potentially play host to extraterrestrial life.Read More


MIT physicists build world's first fermion microscope

MIT researchers claim to have created a method to better observe fermions – the sub-atomic building blocks of matter – by constructing a microscope capable of viewing them in groups of a thousand at a time. A laser technique is used to herd the fermions into a viewing area and then freeze them in place so all of the captured particles can be imaged simultaneously.Read More


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