A collection of 7 views on the p-Pb run from experts with different roles (theoretical, experimental and machine physicists) who were closely involved on both the LHC and the ALICE side. The physics motivation for p-Pb collisions at the LHC is described as well the challenges involved for the production of the beams and their delivery to the experiments and, on the detector side, the preparations needed to absorb the high rates of the p-Pb collisions.

This collection has seven presentations on the Higgs-boson and related topics. The presentations where hold by several German scientists after the Nobel Prize in Physics 2013 was awarded to François Englert and Peter W. Higgs. The presentations are generally understandable and can be used for information or as a source of inspiration for own presentations or discussions on the Higgs.

A0 Poster targeted to general public, explaining the Brout-Englert-Higgs mechanism, the Higgs boson, why it is important, how we look for it, the journey of the discovery and what comes after the discovery. Produced by the ATLAS outreach group at CERN. Also available in French.

Let's Begin… In 2012, scientists at CERN discovered evidence of the Higgs boson. The what? The Higgs boson is one of two types of fundamental particles and is a particular game-changer in the field of particle physics, proving how particles gain mass. Using the Socratic method, CERN scientists Dave Barney and Steve Goldfarb explain the exciting implications of the Higgs boson...

A simple presentation to explain the excitement surrounding the discovery of the Higgs boson. Borrows heavily from other presentations but adds lots of animation. Two versions are included: one is in English only; the other is in English and traditional Chinese. Talk was given in Taiwan in October 2013 and is geared towards a Taiwanese audience, including the participation of the Taiwanese groups in the CMS experiment.

CERN's Paola Catapano interviews LHCb physicist Tara Shears on 30 March 2010 when the LHC reached particle collisions at 7teV. From the LHCb control center Shears describes the excitement on the day and answers questions about LHCb.

Nino the neutrino travels from the Sun to the Earth with his friends (like a proton and a photon). But not everyone arrives to the INFN Lab's of Gran Sasso in Italy. And someone even can't stop there! This funny cartoon shows the properties of the neutrinos. It's in Italian with English subtitles.

A simple application that allows user to zoom out to the infinitely big, and zoom into the infinitely small, allowing the user to understand the scale of things in our universe. This tool is great for classrooms as well as for anyone who just wants to play and learn! For more info: Cary & Michael Huang (http://htwins.net)

This video tells you, why particle masses are central for our daily life, and why especially their values are crucial. This is the real reason why all of us should be curious where mass comes from. Making of:: The organizers of the German exhibition die Welt Maschine (2008), the German Executive LHC Outreach Group (GELOG), wanted to explain to exhibition visitors why it is necessary to understand the origin of mass. The animation studio Tricklabor was brought on board to help develop a concept for an exhibition display about the subject.

Fermilab scientist Don Lincoln describes antimatter and its properties. He also explains why antimatter, though a reality, doesn't pose any current threat to our existence!