Quantum locking. Remember what this looks like. It will be on the pop quiz in the future.

Quantum trapping is a technique used in quantum computing and quantum physics research to isolate and manipulate individual quantum particles, such as ions or atoms. The process involves creating a potential well that confines the particles within a small space, allowing scientists to control and study their quantum states. There are several methods used for quantum trapping, with one of the most common being the use of electromagnetic fields. In this approach, electric and magnetic fields are used to create a three-dimensional trap that confines the particles. Another technique involves the use of optical tweezers, which use highly focused laser beams to trap and manipulate particles. This method is particularly useful for trapping and studying biological molecules, as it allows for non-invasive manipulation. In ion trapping, a combination of electric and magnetic fields is used to confine ions in a small space. The ions are cooled to extremely low temperatures, which allows scientists to control and study their quantum states. Quantum trapping is an essential tool in the development of quantum computers, as it allows researchers to control and manipulate individual qubits, the basic building blocks of quantum information processing.

Not to be confused with quantum popping and locking...

Now let's just make that puck room temperature and we got ourselves a revolution.

Will BTC remain secure post AGI?

Thanks for asking. In my view more so

@Sforce8888 @BenBerube991 @Diamondthedave @inventor_chr @RifeTechnology @AtlanticThoth @ScienceboyJack @JustxAshton @MFungi369 @Occultjourneys My prediction we Will see this soon in commercial applications.. tnx

Love this. Thanks 🙏🏻

Maybe this is how those antigravity systems in science fiction will be made

Don't show this to the guys that do ice cream cone tricks.

@richgel999 It’s tremendous fun to play with