If the quantum foam isn’t real, electrons should be magnets with a certain strength.

One demonstration of this is when researchers measure the magnetic properties of subatomic particles like electrons.

Taken to the extreme, if you try to make a measurement in near-zero time, your measurement will be infinitely imprecise. While that is a good representation of the principle, it also says that you cannot measure the energy of anything perfectly and that the shorter the time you measure, the worse your measurement is. However, one of the most confusing of all quantum principles is called the Heisenberg Uncertainty Principle, which is commonly explained as saying that you cannot simultaneously perfectly measure the location and movement of a subatomic particle. The laws of quantum mechanics are confusing, predicting that particles are also waves and that cats are simultaneously alive and dead. That’s where things become counterintuitive. Then there would be absolutely nothing inside the container, right? However, what if scientists also cooled the container to the lowest possible temperature (absolute zero), so it radiated no energy at all? Furthermore, suppose that scientists shielded the container so no outside energy or radiation could penetrate it.

Mac hard drive space map