Yes! Particles and atoms and ever larger assemblages of atoms. All this is a consequence of quantum mechanics.
Due to quantum uncertainty and the fact that pairs of particles and anti-particles pop into existence at completely random places within a true vacuum (think of the space very close to a singularity) and instantly annihlate each other creating photons which , in theory would destroy the ideal vacuum you speak of.
Rutherford's gold foil experiment did not discover the existence of any subatomic particles, but it did show the existence of a small, tightly packed, positively charged nucleus and thus led to the discovery of protons.
It depends on the mixture. What is in the solution makes it act differently. Like if you put carbon dioxide with water, (pop) , it will make bubbles. But, if you put chocolate syrup in milk, it will mix completely like the pop but in a different way. So they mostly act by mixing completely into each other, depending.
Tachyons are any theoretical particles that have an imaginary mass. Because all tachyons have an imaginary mass, the velocity of all tachyons must exceed the speed of light (contrasted with Bradyons like electrons, quarks, and composite particles which must always move slower than light). Most modern theories suggest that even if such particles exist, they would likely be short lived due to effects such as tachyon condensation.
In 1911, the scientist Ernest Rutherford directed a beam of alpha particles (each one equivalent to a helium nucleus, with 2 protons and 2 neutrons) at a thin sheet of gold foil - many of the alpha particles (with a charge of +2) were deflected straight back, repelled by the positively charged atomic nuclei within the gold foil. This provided experimental evidence for the existence of the nucleus for the first time.
no -------------- According to research in quantum physics, some particles pop in and out of existence in space, meaning it is sometimes possible something can come out of nothing.
Due to quantum uncertainty and the fact that pairs of particles and anti-particles pop into existence at completely random places within a true vacuum (think of the space very close to a singularity) and instantly annihlate each other creating photons which , in theory would destroy the ideal vacuum you speak of.
Actually, we can't even confirm the existence of atoms, let alone subatomic particles. But when scientists conduct experiments, they come to the conclusion that the particles are indeed valid. The more discrete physics becomes, the more theoretical it is.
Atoms were found to be divisible after all . But scientists discovered that the atoms were made of smller perticles , called subatomic particles.
There is no such experiments yet because of the range of energy which should be used.
They pop and explote make the gas chemicals to spread...
There is a belief that many small particles of matter in nature made living organisms ie : humans .
not unless its in confined space = vinegar tries to break down the particles in soda.
Yes
Pop flux
Using modern technology like scanning tunneling microscopy, pictures can be taken of atoms. Their existence has also been proven through Einstein's Brownian motion calculations, to mathematically estimate the distance tiny particles will move based on molecular bombardment. Another experiment was done using these calculations on particles of resin in water with positive results.
String theory is simply an enhancement of the traditional particle theory, that takes into account newly observed facts about subatomic particles. It neither proves nor disproves the existence of God. Nothing in science does this.