NewsLine

CALICE collaboration enters new phase

| 22 October 2009

Just after the ILC concept detector validation report was released, the CALICE (Calorimeter for the linear collider experiment) Collaboration met from 16 to 18 September in Lyon, France. This meeting was the place of lively discussions on the most recent test beam results and strategies for the R&D and studies for the future as the […]

Key evaluations underway for particle-flow calorimetry

| 25 June 2009

Scientists just finished successfully testing the first particle flow algorithm hadronic calorimeter for the International Linear Collider, with unprecedented granularity and novel readout technology. This sub-detector, the analog hadronic calorimeter, was built by the CALICE (Calorimeter for the Linear Collider Experiment) collaboration and is one of several options for the hadronic calorimeter of a future […]

CALICE meeting in Korea

| 26 March 2009

This is the second report on the two detector meetings held in Korea in February, ILD and CALICE, this time focusing on the CALICE (Calorimeter for the linear collider experiment) collaboration spring meeting at Kyungpook National University in Daegu on 19 and 20 February. CALICE, launched in 2002, meets twice a year to discuss the […]

ECal: a piece of the jigsaw reaches a milestone

| 5 February 2009

Hundreds of millions of channels of electronics: this is about what the electromagnetic calorimeter (ECal) of the CALICE collaboration will have to design, process and analyse. The very high granularity of ILC detector’s future calorimeter will also be reflected in the ambitious first-stage electronics – or very-front-end electronics, which still needs to be designed. One […]

CALICE collaboration is connected

Controlling beam tests all over the world

| 5 June 2008

Even if you don’t want to step through new control room’s swish sliding doors, you can have a look inside DESY’s new feature because of its doors made of glass: it is a medium-sized room with some technical interior and an ILC colour scheme. There are two computer working stations, each with four monitors and […]

From Fermilab Today: Fermilab welcomes CALICE to Test Beam facility

| 8 May 2008

One of Fermilab’s most distinct buildings now has a new resident. Last month, members of the CALICE collaboration moved their calorimeters into the newly renovated Meson Test Beam Facility. They will test the calorimeters with low- and high-energy particle beams during the next two years. “Fermilab is very pleased to host the collaboration,” said Fermilab […]

CALICE gathers forces to design the calorimeters of the future

| 27 September 2007

The CALICE (Calorimeter for Linear Collider Experiment) collaboration is growing and anticipating the future of ILC calorimeters. The members not only prepare test-beams for the current generation of calorimeter prototypes, but they also prepare the future design of ILC sub-detectors. A record number of 72 CALICE members reviewed and discussed all these aspects two weeks […]

Live from the test beam: calorimetry rises from the ashes

| 30 August 2007

This summer, a stage was all the world for some of the men and women of the CALICE collaboration. For the first time, the full prototypes of the electromagnetic calorimeter, the hadronic calorimeter and the tailcatcher and muon tracker (designed and built by international collaborations and assembled in Paris, Hamburg and Northern Illinois respectively) played […]

How a calorimeter could save your life

| 19 April 2007

Not many people see an immediate connection between exploring the origins of the Universe and finding cancer cells. Nicola d’Ascenzo and his colleagues sure do. In their work to test photo sensors as potential candidates for an ILC hadronic calorimeter they have come across a sensor that could be extremely interesting for positron emission tomography […]

Fermilab users conduct ILC detector beam test

| 29 March 2007

Peeling paint? Leaky roof? No problem. Say the words “test beam facility” to a physicist, and the opportunity to collect real physics data will wash away any aesthetic issues. Literally. This is at least how a team of Fermilab users from University of Texas at Arlington, Lousiana Tech University and Changwon National University in South […]