ScienceIQ.com

See You Later Crocodile, In A While Alligator

Name a reptile that is really big, has lots of teeth and has been around for millions and millions of years. If you guessed an alligator, you'd be right. If you guessed a crocodile, you'd also be right. Now do you know the difference between the two? Alligators and crocodiles are cousins on the reptile family tree, both in the classification called ...

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SeeYouLaterCrocodile
Mathematics

Fibonacci Patterns In Nature?

Often it takes a second look to see how mathematical numbers and patterns fit into the natural world. Numbers, after all, are manmade. However some very interesting number patterns underlie some ... Continue reading

Fibonacci
Biology

Giant Cloned Monster Loose In Mediterranean Sea

Native Caulerpa taxifolia is found in and around the waters of Florida and the Caribbean. It is a smallish, yet hardy saltwater plant that grows rapidly and is ideal for use in aquariums with diverse ... Continue reading

Caulerpa
Medicine

A Little OCD In Me And Thee?

Obsessive-Compulsive Disorder (OCD) may not get as much attention as learning disorders such as dyslexia and ADHD, but its rate of occurrence (about 2 to 3 percent) makes it more common than asthma or ... Continue reading

ALittleOCDInMeAndThee
Astronomy

What Is Polarimetry?

Polarimetry is the technique of measuring the 'polarization' of light. Most of the light we encounter every day is a chaotic mixture of light waves vibrating in all directions. Such a combination is ... Continue reading

WhatIsPolarimetry

Are Bees Physicists?

BeesPhysicsFar-reaching research, and research that promises to join mathematics and biology, has been conducted by a mathematician at the University of Rochester, Barbara Shipman. She has described all the different forms of the honeybee dance using a single coherent mathematical or geometric structure (flag manifold). And interestingly, this structure is also the one that is used in the geometry of quarks, those tiny building blocks of protons and neutrons.

From this and technical evidence too complex to present for our purposes, Shipman speculates that the bees are sensitive to or interacting with quantum fields of quarks. Researchers have already established that bees are sensitive to the planet’s magnetic field, but they have always attributed it to the presence of a mineral in the bee’s abdomen. Shipman’s research indicates that the bees perceive these fields through some kind of quantum mechanical interaction between the quantum fields and the atoms in the membranes of certain cells.