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Shielding against incoming enemy missiles using ultra high energy electromagnetic pulsing reverse engineered from a neutron star
Defense scientists and engineers are looking to the concepts of creating the ultimate shield against incoming enemy missiles reverse engineering electromagnetic pulse energy of a neutron star.
Neutron stars are the collapsed cores of some massive stars. They pack roughly the mass of our Sun into a region the size of a city.
At these incredibly high densities, you could cram all of humanity into a volume the size of a sugar cube.
This matter, which starts out in the original star as a normal, well-adjusted combination of electrons, protons, and neutrons, gets converted to as almost all neutrons in the neutron star through a series of evolution processes starting with supernovae. These stars also have the strongest magnetic fields in the known universe. The strongest inferred neutron star fields are nearly a hundred trillion times stronger than Earth's fields, and even the feeblest neutron star magnetic fields are a hundred million times Earth's, which is a hundred times stronger that any steady field we can generate in a laboratory.
Defense scientists are working very hard to create a very small miniature neutron star or its effect. The concept is to create artificial intense gravity in a very local area to draw all incoming missiles into a electronically controlled zones for neutralization.
The gravitational effect can be created following the principles of a neutron star where the electromagnetic intensity is extremely high.
The basic concept is that instead of chasing the incoming missiles with a statistical trial and error approach, create massive magnetic fields, simulate super gravity points in a very small local zone and such those missiles into a small area controlled electronically. Then neutralize these missiles in that controlled areas.
Some scientists are also saying that the ultimate climax of this technology will be to get these incoming missiles into a confined zone, reprogram them to send them back to the sender who fired them in the first place.
A typical neutron star has a magnetic field of 1000000000000 gauss. It is just impossible to create anything even close with our current technology. But researchers say you do not need such high intensity. All that you need is a minute fraction of that in a very small local zone. It is almost creating the crust of neutron star of the size a tennis ball and or little larger and let it float in the atmosphere in the area where these incoming missiles are coming from.
The concept also confirms that the ultimate missile defense will be offensive positioning of these miniature neutron stars in the adversaries open sky way above capable of being activated any time.
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