The silicon-photomultiplier (SiPM) is becoming the device of choice for different applications,
for example in fast timing like in time of flight positron emission tomography (TOF-PET) and …

The imaging performance of clinical positron emission tomography (PET) systems has
evolved impressively during the last∼ 15 years. A main driver of these improvements has …

There is an increasing demand for high sensitivity multiparametric medical imaging
approaches. High precision time-of-flight positron emission tomography (TOFPET) scanners …

Scintillator based radiation detectors readout by SiPMs successively break records in their
reached time resolution. Nevertheless, new challenges in time of flight positron emission …

We report the excellent scintillation properties of MAPbBr3, an organic–inorganic trihalide
perovskite (OTP). The characteristic scintillation time constants were determined using …

The coincidence time resolution (CTR) of scintillator based detectors commonly used in
positron emission tomography is well known to be dependent on the scintillation decay time …

Recent tests of a single module of the Jagiellonian Positron Emission Tomography system (J-
PET) consisting of 30 cm long plastic scintillator strips have proven its applicability for the …

An 8× 16 pixel array based on CMOS small-area silicon photomultipliers (mini-SiPMs)
detectors for PET applications is reported. Each pixel is 570× 610 μm 2 in size and contains …

Scintillation detector development is an active field of research, especially for its application
to the medical imaging field and in particular to the positron emission tomography (PET) …

A key step to improve the coincidence time resolution of positron emission tomography
detectors that exploit small populations of promptly emitted photons is improving the single …