I've talked about this before. Not only do I think kids today are smarter than we ever were, I pretty much can't wait for them to run the world.

Nothing ... and I mean nothing ... in the corporate world compares to trying to get laid as a teenager.

And not only are kids today having sex like cocaine-fueled bunnies, they are convincing researchers they're having less of it. That, my friends, is scientific brilliance.

But there's confusion in the scientific ranks about all of this and I will tell you why; it's because teenagers are so smart they redefined sex to fool researchers so they can have more of it.

First, the data.

When kids head back to school this fall, they might have some brand new planets to memorize.  

The International Astronomical Union, currently meeting in Prague, is expected to vote on the definition of a planet. The organization, which has named planets and moons since it was founded in 1919, is debating a plan to establish that our solar system has 12 planets. 

Plant geneticists at Rutgers may have solved one of the fundamental concerns about genetically engineered or modified (GM or GMO) crop agriculture: genes leaking into the environment.

In a recent paper published in the Proceedings of the National Academy of Science, Rutgers Professor Pal Maliga and research associate Zora Svab advocate an alternative and more secure means of introducing genetic material into a plant. In GM crops today, novel genes are inserted into a cell nucleus but can eventually wind up in pollen grains or seeds that make their way out into the environment.

These images, taken by the High Resolution Stereo Camera (HRSC) on board ESA's Mars Express spacecraft, show the Galle Crater, an impact crater located on the eastern rim of the Argyre Planitia impact basin on Mars.

The HRSC obtained these images during orbits 445, 2383, 2438, 2460 and 2493 with a ground resolution ranging between 10-20 metres per pixel, depending on location within the image strip.

The images show Crater Galle lying to the east of the Argyre Planitia impact basin and south west of the Wirtz and Helmholtz craters, at 51° South and 329° East.

The images of the 230 km diameter impact crater are mosaics created from five individual HRSC nadir and colour strips, each tens of kilometres wide.

The erosion caused by rainfall directly affects the movement of continental plates beneath mountain ranges, says a University of Toronto geophysicist — the first time science has raised the possibility that human-induced climate change could affect the deep workings of the planet.

Diagram showing plate movements due to erosion. (Image: Russell Pysklywec)

Although the human brain is skilled at facial recognition and discrimination, new research from Georgetown University Medical Center suggests that the brain may not have developed a specific ability for “understanding faces” but instead uses the same kind of pattern recognition techniques to distinguish between people as it uses to search for differences between other groups of objects, such as plants, animals and cars.

The study, published in the April 6 edition of the journal Neuron, adds new evidence to the debate over how the brain understands and interprets faces, an area of neuroscience that has been somewhat controversial.

Scientists have made the astonishing discovery that sound might drive supernovae explosions. Their computer simulations say that dying stars pulse at audible frequencies – for instance, at about the F-note above middle C – for a split second before they blow up.

Researchers in the 1960s began using computer models to test ideas about what, exactly, causes stars to explode.

What makes dancers different than the rest of us? Genetic variants, says a researcher at the Hebrew University of Jerusalem.

In a study published in PLoS Genetics, Prof. Richard P. Ebstein of the Department of Psychology and his research associates have shown, through DNA examination, that dancers show consistent differences in two key genes from the general population. Ebstein is the head of the Scheinfeld Center for Human Genetics in the Social Sciences in the Department of Psychology.

This finding is not surprising, says Ebstein, in view of other studies of musicians and athletes, which also have shown genetic differences.

New research may provide insight as to why, despite progress over the last few decades, women remain underrepresented in math-heavy majors and professions.

In an article published in the January issue of Psychological Science, psychologists Amy Kiefer of the University of California, San Francisco and Denise Sekaquaptewa of the University of Michigan point to an interaction between women's own underlying "implicit" stereotypes and their gender identification as a source for their underperformance and lowered perseverance in mathematical fields.