History of a Supernova Remnant

Report by

COSR: SFS – SFC

Research in the area of astronomy by the OSR has led to the discovery of many things. The finding of Supernova RXJ0852.0-4633 is a look back into time.

When this stellar object met its end [as seen from earth] Europe had yet to experience the plague, which would devastate the region, China was controlled by the Mongols, and dynastic infighting sought control of Japan.

In fact, this remnant of a stellar object is the closest Supernova to grace the skies of earth over the last 1500 years. Evidence suggests that it is a mere 600 light years distant, and its explosion occurring only some 700 years ago.

The remnant’s temperature and size estimates suggest that it is no older than 1500 years, however, instruments have detected the existence of titanium-44, a metal forged in supernovas which possesses a half-life of only 90 years. Initial estimates of the amount of this isotope have strengthened the position that the explosion occurred only about 700 years ago.

Current research into this phenomenon is being undertaken in the hopes of locating a cinder [i.e. a rapidly rotating neutron star]. For having found a young remnant within our own galaxy, and this close to earth, will allow us to better understand the mechanics of such a stellar phenomenon, and further our knowledge of the universe as a whole.

Improving Computer Security

A report by:

FComm. DL Wey

DCOSR: SFS – SFC

Ever since computers were invented they have been vulnerable to intrusion. For every measure taken to keep them secure, another countermeasure is found to place them once more at risk.

Engineers believe they have come up with a solution. By cramming an electromechanical ‘combination’ lock onto the very surface of the computer chip itself. This device [in theory] would render the need for ‘software’ generated security unnecessary, erecting a barrier far more difficult to breach.

Unlike software driven security, which relies on the monitoring of electronic codes, this new locking system will accept only one number among millions; if the wrong code is enter just once, the device disconnects the suspect computer from the network. Once this has occurred, only someone physically present at the machine can reopen it.

Presently considered impractical because it requires someone to be present ‘around the clock’ to open systems that have been lock out by the device; As well as the need to ‘incorporate’ it into the design specks of mass produced integrated-circuits. It is still a very real possibility in a world where computer security is becoming an ever-increasing problem in need of a solution.