ScienceIQ.com

Sonic Boom

They sound like thunder, but they're not. They're sonic booms, concentrated blasts of sound waves created as vehicles travel faster than the speed of sound. To understand how the booms are created, look to the ocean. On the sea, there are small ripples in the water. As a boat slowly passes through the ripples, they spread out ahead of the boat. As ...

Continue reading...

SonicBoom
Physics

Quarks

Quarks are the most fundamental particles that we know of. Both protons and neutrons are made of quarks. We know quarks exist; we have experimental proof. However nobody has been able to isolate them; ... Continue reading

Quarks
Engineering

Moore's Law

Intel is the corporate giant known for manufacturing semiconductors, also called computer chips or integrated circuits (ICs), and its Pentium Processor. But Intel is also known for laying down the ... Continue reading

MooresLaw
Engineering

What Are Composite Materials?

A composite material is one in which two or more separate materials have been combined to make a single construct having more desirable properties. What many people don't realize is that composites ... Continue reading

CompositeMaterials
Engineering

Inkjet Printers

At the heart of every inkjet printer, whether it is a color printer or just B&W, there is an ink cartridge that gets shuttled back and forth across the page, leaving a trail of letters or colors. Upon ... Continue reading

InkjetPrinters

Left Nostril Right Brain

LeftNostrilRightBrainA recent experiment performed by researchers at Philadelphia's Monell Chemical Senses Center, probably the world's pre-eminent institution devoted to the study of smell, showed that the world smells different through your two nostrils. When the participants in the experiment sniffed through their left nostril, connecting to their left brain, they showed slightly better skill identifying odors by name. When they sniffed through their right nostril, they found the odors more pleasant. Why the difference?

The right nostril connects most directly to the right hemisphere, while the left links to the left side of the brain. For most people, even left-handers, the dominant language centers are in the brain's left hemisphere. The right hemisphere dominates, by contrast, for some kinds of emotional processing. That's why people with a stroke on the left side of their brain often lose basic language skills, such as the ability to find the right word for an object or to string words together intelligibly. Right-brain stroke patients are more likely to lose certain emotional components of their speech, such as the ability to modulate the pitch and loudness of their voice.