Radio Galaxy Zoo Talk
#bent lobes due to gravity?
Optical #scattering
"#Optical aberration" or #gravitational?
I have classified a lot of these #small size radio emitters - it seems like the surroundings are even darker than background, #what is it?
#mirror effect from massive gravitation
#scattering effect from massive gravitation
Gravity #diffraction?
Interesting #gravity #diffraction due to black hole mass influence
#scattered radio blips distorted by radio galaxy's own gravity field?
#Missing left lobe?
#irregular radio lobes
Multiple mirror images #warped by central radiogalaxy itself?
Very nice example of an almost invisible galaxy core and very visible lopes
#warped signal due to invisible galaxies at 10 oclock?
Central large galaxy at 11 oclock tide #warp one radiosignal?
#warp
Two radiogalaxies, one (larger blobs) farther way and warped by gravitation from the other?
For many "no IR", "high radio" objects the IR backgrd is almost negative - dark matter or like an IR "cloaking device?
#bent lobes due to gravity?
Optical #scattering
Optical #scattering
"#Optical aberration" or #gravitational?
I have classified a lot of these #small size radio emitters - it seems like the surroundings are even darker than background, #what is it?
#mirror effect from massive gravitation
#scattering effect from massive gravitation
Gravity #diffraction?
Interesting #gravity #diffraction due to black hole mass influence
#scattered radio blips distorted by radio galaxy's own gravity field?
#Missing left lobe?
#irregular radio lobes
Multiple mirror images #warped by central radiogalaxy itself?
Very nice example of an almost invisible galaxy core and very visible lopes
#warped signal due to invisible galaxies at 10 oclock?
Central large galaxy at 11 oclock tide #warp one radiosignal?
#warp
Two radiogalaxies, one (larger blobs) farther way and warped by gravitation from the other?
For many "no IR", "high radio" objects the IR backgrd is almost negative - dark matter or like an IR "cloaking device?