Speaker
Ms
Tatiana Lazareva
(St.Petersburg State University)
Description
Improving the tracking accuracy and efficiency close to the interaction
point in modern experiments aiming study of heavy-ion collisions, require the
development of new detector systems. One of the most promising technol-
ogy is based on monolithic active pixel sensors using CMOS (complementary
metal-oxide-semiconductor). This technology, adopted by the ALICE exper-
iment to develop a completely new Inner Tracking System, will be installed
in 2020.
This report presents a new generation of the MAPS developed by the
ALICE collaboration. It covers the detector layout, the main components
and their development and characterisation and possible use of this detector
to future collider experiments. Obtained information about characteristics
of these detectors allows us to consider MAPS as one of the best options to
build the internal tracking systems for the MPD and SPD experiments at
the NICA collider.
Primary author
Ms
Tatiana Lazareva
(St.Petersburg State University)
Co-authors
Mr
Dmitry Nesterov
(St. Petersburg State University)
Dr
Grigory Feofilov
(St. Petersburg State University)
Dr
Nicolay Maltsev
(St. Petersburg State University)
Dr
Vladimir Zherebchevsky
(St. Petersburg State University)
