ScienceIQ.com

Introduction To Jupiter

With its numerous moons and several rings, the Jupiter system is a 'mini-solar system.' Jupiter is the most massive planet in our solar system, and in composition it resembles a small star. In fact, if Jupiter had been between fifty and one hundred times more massive, it would have become a star rather than a planet. ...

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IntroductionToJupiter
Biology

What Causes Wrinkles?

Elastin and collagen are proteins in the skin's underlying layers that give it firmness and elasticity. As we age, skin begins to lose its elastin fibers. The fibers start to tangle in disorganized ... Continue reading

WhatCausesWrinkles
Engineering

Space Lasers Keep Earth's Air Clean

Space laser technology is coming to our smokestacks and automobiles. Leave it to NASA to take its inventions to another level, helping to keep our air clean and breathable. A recent NASA invention, ... Continue reading

SpaceLasersKeepEarthsAirClean
Biology

How Do Cacti Survive in That Environment?

Most plants require daily or weekly watering. Some people even give their plants extra nutrients with such products as 'Miracle Grow'. House plants may even come with directions as to how much ... Continue reading

CactiSurvive
Geology

Igneous Rocks, Born of Fire

Rocks are naturally occurring solid mixtures of substances primarily made of minerals. There are three kinds of rock on earth - igneous, sedimentary, and metamorphic rock. Sedimentary rock forms from ... Continue reading

IgneousRocksBornofFire

What's Blindsight?

BlindsightSome people become blind after suffering an injury to their primary visual cortex at the back of their brain. Since the visual processing part of their brain is damaged, they can't see. Or can they?

Researchers who have studied people with this kind of brain damage, called blindsight, have discovered that even though their patients have no awareness of vision, they might still be able to see. How could the researchers know that?

If you sit people with blindsight in front of a screen and shine a light somewhere on the screen, they will steadfastly deny seeing anything at all. But if you play a game of getting them to guess where the light would be if they could see it, they guess correctly more frequently than chance could explain. And if you move the light across the screen, their eyes follow it. So even though they have no consciousness of vision, their brain continues to see -- whether they know it or not!