But uncharged gamma rays are also
created as the protons are accelerated, and these are not deflected.
Not exact matches
In principle, one could also
create other particles from vacuum, such
as electrons or
protons, but that would require a lot more energy.»
These strings began to attract each other and became sub atomic particles and the particles were influenced by an energy level expressed
as the Higgs Boson that attracted the particles to form quarks and the quarks had different properties and joined together to
create protons and led to mass, the building blocks of everything we have now.
These are considerably stronger than covalent bonds, held together by multiples of: +1 charges (the same charge
as a
proton) and the -1 charge of an electron,
creating a neutral formula.
But also new elements are
created in the hot ejecta of the explosion, among them radioactive species such
as 44Ti (titanium with 22
protons and 22 neutrons in its atomic nuclei) and 56Ni (28/28 neutrons /
protons), which decay to stable calcium and iron, respectively.
Cosmic rays zooming through space sometimes crash into heavier atoms, knocking off
protons and neutrons and
creating elements such
as beryllium and lithium.
As Guth points out, to
create something resembling our universe would require «1089 photons, 1089 electrons, 1089 positrons, 1089 neutrinos, 1089 antineutrinos, 1079
protons, and 1079 neutrons.»
Becker serves
as a consultant for Austria - based gas analysis instrument - maker Ionicon Analytik, GmbH, which makes
proton transfer reaction — mass spectrometry (PTR — MS) technology that the company claims can distinguish substances having very similar molecular structures
as well
as correctly identify explosives, chemical warfare agents and substances that could be combined to
create a bomb.
A captured neutron can either stay
as it is, simply making a heavier isotope of the element it crashed into, or it can decay into a
proton,
creating a whole new element.
As protons, electrons and other charged particles from interstellar gas bounce around in the magnetic fields, they're accelerated to blinding speeds to
create cosmic rays.
Researchers have long known that cosmic rays crashing into Earth's atmosphere
create a spray of secondary particles such
as neutrons,
protons, electrons, X-rays and gamma - rays that penetrate aircraft.
But then the other thing going on is those same
protons run to the closing isobars of the earth EMF away from the tropics, and there reduce ozone, and
create over time a concentration of ozone over the tropics, thereby increasing the intensity of the ITCZ and increasing tropical storm probabilities,
as the wind then wanes under 500.
When
protons from GCRs collide with the nitrogen - 14 (seven
protons plus seven neutrons in the nucleus) in the air, carbon - 14 is
created (in addition to other isotopes such
as beryllium - 10) through a nuclear reaction:
Conversely, when Electrons or
Protons move, they
create «fields» and then perhaps (propagated) «waves»
as well.