NASA's Fermi Gamma-ray Space Telescope (formerly known as GLAST) has spied the first "gamma ray-only" pulsar - a 10,000 year-old stellar remnant which uniquely doesn't appear to emit pulses at either radio, visible light or X-ray wavelengths in common with the 1,800 or so similar objects catalogued to date. An artist's …
Large Area Telescope
Belonging to Fermi - that would be FLAT then ?
Probably the result of....
a Planet buster dropped in a sun. That would explain the asymmetric explosion
I might be confused
"This will increase by one second every 87,000 years, the boffins predict, since the beams it emits are powered by its rotation and gradually put the brakes on its energetic spinning."
Should that be "this will decrease" ?
a Hulk making machine!
I read it as the period of rotation increasing by 1 sec per 87,000 years, i.e. it takes ever longer to rotate, so its rotational speed is slowing down. So the frequency will get less as the period gets longer?
>>"Should that be "this will decrease?"
You *must* be having a Paris moment.
As it slows down, the time period between pulses will increase.
>> >>"The calculations show that the pulsar has a rotation period of 316.86 milliseconds. This will increase by one second every 87,000 years..."
ahhh, thanks mucho
You're right - I was reading it as just the rotation increasing, not the rotational *period* (hey it's Friday - I'm doing the best I can here ;)
@Peyton re. ahhh, thanks...
The fact that you asked the question proves that your brain is working, just needed a bit of tuning up :)
@Probably the result of....
... not a Thermo-stellar Triggering Device?
"Bomb number 20, you are out of the bomb bay again..."
i have to ask
I want a paris moment
Never mind, I just had it.