CERN Design Guidelines

70yrs

70YC Banna


This page is under construction

Logo

We believe in the importance of creating a specific logo that represents our event’s personality.

Looking good is primordial as the visual image we present carries an important message: CERN is a modern, innovative organisation with a clear sense of mission.

This logo evokes stability in movement.

The logo is designed to show the evolution of CERN and enlighten its dynamism and projection into the future, it is based on the accelerator chain while making “70”
It is versatile and adaptable

The basic is stable and the placement of the different elements can be adjusted according to the context:

  • Years/Ans
  • 1954-2024
  • Motto
  • Flags

The color is a variation from Pantone 289, CERN logo colour.

Our event is a multi-channel, multi-audience communications and outreach campaign.
In order to be as inclusive as possible, a version of the logo by country is available in the download area or here 70yrs-logos | CERN Design Guidelines An authorization is required to be able to use it on external communication tools, please contact Fabienne Landua

70_Anniversary_Corporate_Pannel

This panel, shows the different aspects of our brand development.

Presentations

Additional material for presentation is available here 70yrs-material | CERN Design Guidelines

An authorization is required to be able to use it on external communication tools, please contact Fabienne Landua

ppt-70yrs-0170yrs-ppt-07

Graphics

coming soon

Illustrations are available in four different languages (French, German, Spanish or English) on our CDS Graphics section

For the use of this section material, follow the terms of Use for CERN Audiovisual Media

bubble chamber,chambre à bulles
Fourteen charged secondary particles are visible, this being the highest multiplicity observed in about 6000 proton-proton collisions. (Image: CERN)
This image from 1960 is of real particle tracks formed in CERN’s first liquid hydrogen bubble chamber to be used in experiments. It was a tiny detector by today’s standards at only 32 cm in diameter. Negatively charged pions with an energy of 16 GeV enter from the left. One of them interacts with a proton in the liquid hydrogen and creates sprays of new particles, including a neutral particle (a lambda) that decays to produce the “V” of two charged particle tracks at the centre. Lower-energy charged particles produced in the interactions spiral in the magnetic field of the chamber. The invention of bubble chambers in 1952 revolutionized the field of particle physics, allowing real particle tracks to be seen and photographed, after releasing the pressure that had kept a liquid above its normal boiling point. (Image: CERN)

Recipe for the Universe cake

The recip is available in the download area or here Recipe for the Universe cake | CERN Design Guidelines

recip cake univers

Exhibitions

Exhibitions are available on our CDS Posters section

CERN in images

CERN in images – EN-FR – CERN Document Server

For the use of this section material, follow the Terms of Use for CERN Audiovisual Media | Copyright and terms of use of CERN content

CERN in images exhib

CERN impact – coming soon

For the use of this section material, follow the Terms of Use for CERN Audiovisual Media | Copyright and terms of use of CERN content

vignette-70yrs

Brochures

Brochures are available on our CDS Brochures section

CERN brochure

CERN VIP brochure – CERN Document Server

For the use of this section material, follow the Terms of Use for CERN Audiovisual Media | Copyright and terms of use of CERN content

CVIP-01

CVIP-02

CERN impact brochure

Impact of CERN Technologies: from fundamental research to our everyday lives – CERN Document Server

For the use of this section material, follow the Terms of Use for CERN Audiovisual Media | Copyright and terms of use of CERN content

CIMPCT-01

CIMPCT-02