Pulsars magnetic field

Kouveliotou, C. et al. (1998), An X-ray pulsar with a superstrong magnetic field in the soft gamma-ray repeater SGR 1806-20 , Nature 393, 235. 

The relation of the radius and the expected strength of the magnetic field is listed by the use of the hypothesis in Table. 1. Then, it looks to work well for explaining the strength of the magnetic field observed for radio pulsars. However, it does not work for magnetars considering the Schwarzschild radius,... 

Planck s constant h) immutable number relating particle energy, a corpuscular property, to wavelength, a wave property, in quantum physics pulsar neutron star with a high magnetic field, emitting narrow beams of radiation, rather like a lighthouse... 

Figure 8.6 A spinning neutron star (pulsar) appears from Earth to flash with a bright pulse of radiation that matches the period of its rotation. Charged particles near the star s surface rotate with the magnetic field and give off electromagnetic radiation.

Yet, currently there is much interest in field theories in many dimensions, which picture our physical world as resulting from com-pactification of a higher dimensional space [5]. Also, atoms and molecules can be reduced to quasi-one-dimensional structures by the huge magnetic field of a neutron star or pulsar [6]. Without resort to such exotic realms, good approximations to D > 3 atoms exist. The U = 5 case, and others of higher odd-Z>, actually occur as doubly-excited states of two-electron atoms, as described in several portions of this book. The D = 2 case is exemplifed, e.g., in impurity states in quantum well systems [7], of practical interest for electronic devices. 

BINARY Stars Galactic Structure and evolution Geomagnetism Interstellar matter Neutron Stars Pulsars Solar System, Magnetic AND Electric Fields Stellar Structure and Evolution... 

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