Planets orbit their parent stars while separated by enormous distances – in our solar system, planets are like grains of sand in a region the size of a football field. The time that planets take to ...

It's driving me nuts. Is the double bond constantly changing between all possibilities fast enough that it shortens the bond length for all, or are all the double bonds existing in all possible states ...

Orbital resonance, a phenomenon where planetary orbital periods exhibit whole-number ratios, is observed in approximately 5% of planetary systems, exemplified by Neptune and Pluto's 3:2 resonance and ...

Galileo Galilei recognized the resonance effect in his study of musical strings as early as 1602. Subsequently it was found that resonances — such as mechanical, acoustic and electromagnetic ones — ...

Some concepts—like the difference between single, double, triple bonds—are best explored in a visual way, and the ODYSSEY Multiple Bonds and Resonance app provides a nice way to do so via virtual 3D ...

This facility is a shared resource serving the University of Wyoming community and beyond. It currently houses six NMR spectrometers that are used for a multitude of research in science, engineering, ...

In the event of a breakdown, any number of issues may be the culprit, but there’s one in particular that’s particularly challenging to diagnose: resonance. Resonance can be a problem in any machine, ...

Orbital resonance Resonance happens when planets or moons have orbital periods that are ratios of whole numbers. The orbital period is the time taken for a planet to make one complete circuit of the ...