Higgs Hunters Talk
We've got more on this event here: http://talk.higgshunters.org/#/boards/BHH0000007/discussions/DHH00001o1
Looks like an #ocv with 2 branches at 10 o'clock.
That the two white lines are curving in opposite directions tell us they are oppositely charged. Just a coincidence that they cross.
Fantastic!
Excellent example of 2 ocv here! The white line coming off the green line at 1 o clock probably caused by collision with the green particle.
Circles or ovals are where the computer guesses a vertex is. It does a quite good job in slice, but terribly in normal and zoom.
Wow, now that's certainly something I haven't seen before!
The red lines strongly suggest an ocv with at least 5 branches (it's a little unclear if the green lines are associated to it).
Looks like just one with 2 branches below the centre.
Yes indeed, looks like an off-centre vertex with 7 branches.
Nice!
Looks like 2 vertices here, the purple one with 8 branches and the blue one with 3 branches (one not coloured).
There might be a vertex here just at the start of the second ring at 1 O' clock. The computer sometimes draws lines backwards from a vertex.
All manner of particle interactions can cause them, but they aren't what we're looking for so no need to mark them.
Always better to mark 10 things as weird if it means even one of them is something unexpected that could have been missed otherwise.
Single lines like this muon can be caused by many interactions, but not exotic decays, so you don't need to mark them.
Notice the small orange blob on the slice view a little away from the centre? That's where the computer thinks it began. Slice is harder!
Charged particles bend in a magnetic field. We'll be explaining this (and other funky physics) in the blog: http://blog.higgshunters.org/
Be sure to let us know if you see anything not mentioned in there, we want the guide to grow with your discoveries.
Interesting! Haven't seen that before, resembles a change in refractive index at a boundary... Alan / Andy, any ideas?
Sometimes you might see coloured circles or ovals, there's a little about them in the field guide under classify ('toughies' section)
Beautiful! Notice that the computer missed one of the branches of the purple vertex by not colouring it? That's why we need your help 😃
The red one definitely looks like an off-centre vertex, well done! The white one could be, but it's less likely. If in doubt, mark anyway.
Looks like this image has 2 off-centre vertices! The single white lines that appear out of nowhere are also interesting, ideas?
We've got more on this event here: http://talk.higgshunters.org/#/boards/BHH0000007/discussions/DHH00001o1
Looks like an #ocv with 2 branches at 10 o'clock.
That the two white lines are curving in opposite directions tell us they are oppositely charged. Just a coincidence that they cross.
Fantastic!
Excellent example of 2 ocv here! The white line coming off the green line at 1 o clock probably caused by collision with the green particle.
Circles or ovals are where the computer guesses a vertex is. It does a quite good job in slice, but terribly in normal and zoom.
Wow, now that's certainly something I haven't seen before!
The red lines strongly suggest an ocv with at least 5 branches (it's a little unclear if the green lines are associated to it).
Looks like just one with 2 branches below the centre.
Yes indeed, looks like an off-centre vertex with 7 branches.
Nice!
Looks like 2 vertices here, the purple one with 8 branches and the blue one with 3 branches (one not coloured).
There might be a vertex here just at the start of the second ring at 1 O' clock. The computer sometimes draws lines backwards from a vertex.
All manner of particle interactions can cause them, but they aren't what we're looking for so no need to mark them.
Always better to mark 10 things as weird if it means even one of them is something unexpected that could have been missed otherwise.
Single lines like this muon can be caused by many interactions, but not exotic decays, so you don't need to mark them.
Notice the small orange blob on the slice view a little away from the centre? That's where the computer thinks it began. Slice is harder!
Charged particles bend in a magnetic field. We'll be explaining this (and other funky physics) in the blog: http://blog.higgshunters.org/
Be sure to let us know if you see anything not mentioned in there, we want the guide to grow with your discoveries.
Interesting! Haven't seen that before, resembles a change in refractive index at a boundary... Alan / Andy, any ideas?
Sometimes you might see coloured circles or ovals, there's a little about them in the field guide under classify ('toughies' section)
Beautiful! Notice that the computer missed one of the branches of the purple vertex by not colouring it? That's why we need your help 😃
The red one definitely looks like an off-centre vertex, well done! The white one could be, but it's less likely. If in doubt, mark anyway.
Looks like this image has 2 off-centre vertices! The single white lines that appear out of nowhere are also interesting, ideas?