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Highest Energy Collisions ? Not In My Book

Yesterday I posed a question - Are the first collisions recorded by the LHC running at 13 TeV the...

Bang !! 13 TeV - The Highest Energy Ever Achieved By Mankind ?!

The LHC has finally started to produce 13-TeV proton-proton collisions! The picture below shows...

EU Grants Submitted And Won: Some Statistics

The European Union has released some data on the latest call for applications for ITN grants. These...

The Challenges Of Scientific Publishing: A Conference By Elsevier

I spent the last weekend in Berlin, attending a conference for editors organized by Elsevier. And...

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Tommaso DorigoRSS Feed of this column.

I am an experimental particle physicist working with the CMS experiment at CERN. In my spare time I play chess, abuse the piano, and aim my dobson telescope at faint galaxies.... Read More »

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I used to post on this blog very abstruse graphs from time to time, asking readers to guess what they represented. I don't know why I stopped it - it is fun. So here is a very colourful graph for you today. You are asked to guess what it represents. 



I am reluctant to provide any hints, as I do not want to cripple your fantasy. But if you really want to try and guess something close to the truth, this graph represents a slice of a multi-dimensional space, and the information in the lines and in the coloured map is not directly related. Have a shot in the comments thread! (One further hint: you stand no chance of figuring this out).
It is galaxy season in the northern hemisphere, with Ursa Mayor at the zenith during the night and the Virgo cluster as high as it gets. And if you have ever put your eye on the eyepiece of a large telescope aimed at a far galaxy, you will agree it is quite an experience: you get to see light that traveled for tens or even hundreds of millions of years before reaching your pupil, crossing sizable portions of the universe to make a quite improbable rendez-vous with your photoreceptors. 
Particle physics is so cool - you get to build huge detectors with a specific goal clearly stated in your letter of intents and technical proposals, but are then allowed to use them to study many other things.
Taking inspiration from Resonaances, who this year offers much more than an April's Fool in his blog (I am also flattered to see that I am featured there, and with a character of my liking), I am going to offer some predictions for the next run that the LHC is going to start, at the unprecedented energy of 13 TeV, in the next few weeks. The unconventional thing is that I will force the natural scepticism out of my brain, and try to be over-optimistic.
The prediction for 2015-2016