Remove can-we-harness-the-power-of-the-oceans
article thumbnail

Can we harness the power of the oceans?

Futurum

Can we harness the power of the oceans? Published: Professor Jennifer Franck leads a team of mechanical engineers at the University of Wisconsin-Madison in the US, who are working on a device that could turn the immense power of ocean tides into a sustainable electricity supply.

article thumbnail

How are engineers contributing to a sustainable future?

Futurum

For example, on hot sunny days, the façade can provide shade and turn a lighter colour to reflect heat from the sun, thereby reducing the energy required for cooling. Professor Jennifer Franck is creating a device to harness the immense power of ocean tides and transform this into a sustainable electricity supply.

educators

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

article thumbnail

The Origins of the Niagara Falls

STEMe

About 12,000 years ago, water cascaded from newly melted ice, forming what we know as the Niagara Falls. Today, the Falls have a striking green color because of the erosive power of water. Lawrence River, and then finally it reaches the Atlantic Ocean. The City of Niagara was the birthplace of hydroelectric power.

Biology 98
article thumbnail

How can place attachment improve scientific literacy?

Futurum

How can place attachment improve scientific literacy? They are investigating whether our emotional attachments to the places around us can be harnessed in citizen science programmes to improve how well we understand our world.

article thumbnail

Moon Solar Tower Challenge: STEM At Home Activity

Vivify Stem

STEM Space At Home Video Challenge STEM Space At Home is a video series led by an engineer and using materials you can find at home. Moon Solar Tower STEM Challenge Mission : Design and build a solar-powered tower on the Moon! Solar panels need to be placed in direct sunlight to power the LED light.

STEM 52
article thumbnail

Farming on permafrost

Futurum

rock, soil, ice) that remains at or below 0 °C for at least two consecutive years Thaw subsidence — the sinking of land due to the melting of ground ice Topsoil — the upper layer of soil where most biological activity happens As the world warms, the way we farm will have to change.

article thumbnail

Computational Foundations for the Second Law of Thermodynamics

Stephen Wolfram

How Did We Get Here? But it is only now—with ideas that have emerged from our Physics Project —that I think I can pull all the pieces together and finally be able to construct a proper framework to explain why—and to what extent—the Second Law is true. This is part 1 in a 3-part series about the Second Law: 1.