Change of season in NEXT-DEMO

We have just changed the cables of the dice boards, the tracking plane of NEXT-DEMO. The new ones are less noisy and more resistant!


Habemus vestigia!

Reconstructed track from Cs-137!

What you can see in the pictures is an electron produced by the interaction of a 660 keV gamma from a Cs-137 radioactive source. The colour codes energy and the trajectory has been reconstructed with our new SiPM plane, the first optical-pixel tracking system in the field. Clearly visible is the random walk of the electron (due to multiple scattering) while depositing a constant amount of the energy (electron behaves like a mip for most of the trajectory). When the electron ranges out, a blob of energy, coded in red in the 3D projection is formed, giving the tell-tale signature of the electron (wire+blob, or spaghetti + ball). Notice that the signature for a bb0nu event would have two blobs (due to the two electrons ranging in the gas) providing a distinctive signature of the decay.


Measuring PMT radioactivity in Canfranc

A metaphysical box is necessary, in order to measure the radioactivity of the NEXT-100 PMTs!


The incurable attraction of physics

An article on the CERN Courier about JJ Gómez Cadenas and NEXT.

Page 14 of 16



Juan José Gómez Cadenas: jjgomezcadenas@dipc.org

Dave Nygren: nygren@uta.edu


  • Report from LSC - Dec 2019

  • Report to the Nuclear Science Advisory Committee - May 2014

  • Report from Consolider - CUP

  • arXiv:1202.0721v1 [physics.ins-det] - Technical Design Report

  • arXiv:1106.3630v1 [physics.ins-det] - Conceptual Design Report

  • arXiv:0907.4054 [hep-ex] - Letter of Intent to LSC

  • Laboratorio Subterráneo de Canfranc (LSC)


    Starting from March 2013, NEXT is a Recognized Experiment at CERN!