Some of the world’s leading research institutes are using our cameras at their beamlines. Read about their research success stories.
Read how Alba San José Méndez from DESY (Germany) and her team studied the transition between different forms of ice at extremely high pressures using a LAMBDA 2M camera.
Read how Alfred Larsson and his co-workers used a LAMBDA 750k camera set up at PETRA III (DESY, Germany) to study the properties of growing nanowires.
Find out how Matthias Schwartzkopf from DESY (Germany) and his co-workers exploited the high acquisition speed of a LAMBDA 750k camera to study the formation of a gold nanolayer.
Learn more about how a Swedish-German collaboration unveiled the morphology of a lignin-based thermoset using a LAMBDA 4.5M camera.
Read how the team around Andrea Amorese and Martin Sundermann experimentally determined the atomic orbitals of a transition metal using a LAMBDA 60k camera with Hydra design, set up at DESY (Germany).
Find out how Berit Zeller-Plumhoff and her team studied the bone tissue that formed around biodegradable implants at the nanoscale with the help of a LAMBDA 750k camera, using a setup at DESY (Germany).
Explore how the LAMBDA 750k camera enabled the team around Lara Frenzel and Felix Lehmkühler to study radiation-sensitive samples of a core-shell nanogel at the APS (Argonne, USA).
Read how the team around Hauke Marquardt used a LAMBDA 2M camera at PETRA III (DESY, Germany) to gain insight into the materials deep inside the Earth.
Learn which remarkable property of water Fivos Perakis from the University of Stockholm and his international team unveiled with the help of a LAMBDA 750k camera.
Read how DESY-researchers (Germany) tested their new lens design using a LAMBDA 750k camera.
Read how an international team from the University of California found out why LRLO battery voltage fades by looking at the nanoscale process with a LAMBDA 750k camera.
See how a research team led by the Sogang University (Korea) used a LAMBDA 750k camera to identify which sites of a metal nanoparticle are particularly active during catalysis.