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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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Spring is finally in, and with it the great expectations for a new run of the Large Hadron Collider, which will restart in a month or so with a 62.5% increase in center of mass energy of the proton-proton collisions it produces: 13 TeV. At 13 TeV, the production of a 2-TeV Z' boson, say, would not be so terribly rare, making a signal soon visible in the data that ATLAS and CMS are eager to collect.

In the morning of March 20th Europeans will be treated with the amazing show of a total solar eclipse. The path of totality is unfortunately confined to the northern Atlantic ocean, and will miss Iceland and England, passing only over the Faroer islands - no wonder there's no hotel room available there since last September! Curiously, the totality will end on the north pole, which on March 20th has the sun exactly at the horizon. Hence the conditions for a great shot like the one below are perfect - I only hope somebody will be at the north pole with a camera...

(Image credit: Fred Bruenjes; apod.nasa.gov)

The top quark is the heaviest known elementary particle. It was discovered in 1995 by the CDF and DZERO experiments at the Fermilab Tevatron collider after a long hunt that had started almost two decades earlier: it took long because the top weighs as much as a whole silver atom, and producing this much matter in single particle-particle collisions is difficult: it requires collision energies that started to be available only in 1985, and the rarity of the production processes dictate collision rates that were delivered only in the early nineties.

The XVI edition of Neutrino Telescopes is over and it is the time for some summing up – which I feel completely unsuited to do, as I was just an observer there. As you know, my field is high-energy collider physics, and neutrino physics has become a very different thing since the discovery of neutral currents 42 years ago. Anyway, I decided I would collect here a few random thoughts on the status of the field, as seen from my very skewed viewpoint...

The Poster session of Neutrino Telescopes XVI will take place tonight in Venice, at the first floor of the beautiful Palazzo Franchetti. Poster submitters have produced excerpts for the conference blog, so you can also get a summary of the presented results. 
The blog offers sixteen excerpts:

At the XVI Neutrino Telescopes conference going on this week in Venice there was a nice presentation on the results of the Borexino experiment. The text below is a writeup of the highlights from the talk, given by Cristiano Galbiati from Princeton University.