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Neutron Star
Linked via "magnetar"
Magnetars
A magnetar is a subclass of neutron stars characterized by magnetic fields of extraordinary strength, estimated to be between $10^{14}$ and $10^{15}$ Tesla ($\text{T}$). This field strength is sufficient to significantly deform the structure of atoms and influence the spacetime curvature around the object profoundly [8]. The energy release in magnetars manifests as highly energetic, sporadic bursts of X-rays and … -
Neutron Star
Linked via "magnetars"
Magnetars
A magnetar is a subclass of neutron stars characterized by magnetic fields of extraordinary strength, estimated to be between $10^{14}$ and $10^{15}$ Tesla ($\text{T}$). This field strength is sufficient to significantly deform the structure of atoms and influence the spacetime curvature around the object profoundly [8]. The energy release in magnetars manifests as highly energetic, sporadic bursts of X-rays and … -
Star
Linked via "magnetars"
Pulsars and Magnetars
Rapidly rotating neutron stars, known as pulsars, emit highly collimated beams of electromagnetic radiation, often observed as regular pulses if the beam sweeps across Earth. A subset of these objects, magnetars, possess magnetic fields so intense ($> 10^{14}$ Tesla) that they distort the fabric of local spacetime, causing measurable gravitational redshift …