Is it possible to shrink the space between atoms?

Atoms don’t shrink. The average distance between the protons and neutrons that make up the nucleus of an atom and their surrounding electrons can’t be changed.

What is sub atomic matter?

In physical sciences, a subatomic particle is a particle that is smaller than an atom. Interactions of particles in the framework of quantum field theory are understood as creation and annihilation of quanta of corresponding fundamental interactions. This blends particle physics with field theory.

Why it is necessary for an atom loss or gain an electron?

Atoms and chemical species lose or gain electrons when they react in order to gain stability. Thus, typically, metals (with nearly empty outer shells) lose electrons to non-metals, thereby forming positive ions.

Are quarks smaller than electrons?

Originally Answered: Which is larger, a quark or an electron? A quark is something that was used to define the composition and subsequently the behaviour of fundamental particles. We say that an electron or a proton is made up of quarks. This certainly means that an electron is larger than the quark.

Is it possible to shrink your body to the size of an atom?

The big problem with shrinking down to the size of an atom is that the atoms in your body can’t be made any smaller. And your body contains more atoms than the number of stars we can see in the universe. You’d have to remove some excess baggage.

What would happen if you shrinked Your Body?

Your new, smaller size will affect almost every aspect of your biology. For example, if you shrunk be approximately 2.5 cm (1 in) tall, the surface area of your body, through which you lose heat, would decrease about 5,000 times. Your lung area would be 5,000 times smaller, but you could still get the supply of oxygen you need.

How did Ant Man breathe when he shrank to sub-atomic level?

How did Ant Man breathe when he shrank down to sub-atomic level? Oxygen molecules would be bigger than him, and they therefore wouldn’t be able to fit into his tiny lungs to have oxygen available for cellular respiration, and thence the energy to live.

What if you shrinked without changing your mass?

If you shrunk without changing your mass, there would be so much compression that for an ant-sized person, the pressure underneath your tiny feet would be ten thousand times greater than at your normal size. It would be like a single ant-sized leg pushing down 70 kg (155 lbs) on each step.