Far out! Here is the 13 second video from the Max Planck Society in all its glory: https://youtu.be/kUY3TglEUCU
Physicists have filmed the oscillation of a time crystal
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Re: Physicists have filmed the oscillation of a time crystal
#12Far out! Here is the 13 second video from the Max Planck Society in all its glory: https://youtu.be/kUY3TglEUCU
Honestly, the video just looks like someone re-inverted an image several times over using a fade. What am I missing?
> "Classical crystals have a very broad field of applications," said physicist Joachim Gräfe of the Max Planck Institute for Intelligent Systems.
> "Now, if crystals can interact not only in space but also in time, we add another dimension of possible applications. The potential for communication, radar or imaging technology is huge."
Re: Physicists have filmed the oscillation of a time crystal
#13How do Time Crystals differ from the quartz crystals used for time keeping in electronics? Is the only difference that Time Crystals oscillate without needing an electric field?
Re: Physicists have filmed the oscillation of a time crystal
#14Also, is the oscillation frequency temperature dependent?
Re: Physicists have filmed the oscillation of a time crystal
#15Does anybody else agree the name "Time Crystal" could be better somehow?
Re: Physicists have filmed the oscillation of a time crystal
#16that's quite a feat on anyone's watch
Re: Physicists have filmed the oscillation of a time crystal
#17Re: Physicists have filmed the oscillation of a time crystal
#18Does anybody else agree the name "Time Crystal" could be better somehow?
Re: Physicists have filmed the oscillation of a time crystal
#19How do Time Crystals differ from the quartz crystals used for time keeping in electronics? Is the only difference that Time Crystals oscillate without needing an electric field?
A time crystal, however, will oscillate with a fraction (or rational multiple) of the driving frequency. This breaks the original time translation symmetry.