Kolloquien

In 1925, Einstein predicted that an ideal gas would undergo a phase transition once its density crosses a threshold, with particles condensing into a single quantum state and establishing macroscopic coherence. The subsequent discovery of superfluidity in helium appeared to confirm this prediction, but are coherence and superfluidity truly equivalent? [mehr]

Join us at the Quantum Talents Symposium in Munich!The Symposium is designed to bring together outstanding PhD students and early-career postdocs from all over the world to present their groundbreaking research work in the field of quantum science and technology. Each year's Symposium will have a different theme, and this year will focus on quantum computing.Special attention will be given to increasing diversity in the field of quantum science, fostering a more inclusive and equitable environment that values the contributions of individuals from all backgrounds. [mehr]

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I will review recent developments of our multidimensional fluorescence and quantitative phase imaging instrumentation and outline how we are working to widen access to such advanced imaging modalities, including for high content analysis (HCA) through our “openScopes” open instrumentation platform (www.openscopes.com), particularly building on the open-source modular “openFrame” microscope stand, suitable for affordable and sustainable instruments in lower resource (e.g., LMIC) settings or for rapidly prototyping of almost any other microscopy or HCA modality. [mehr]

The ongoing revolution in artificial intelligence requires ever-increasing resources for training and deploying artificial neural networks. This exponentially accelerating trend has been recognized as unsustainable, and a community of scientists and engineers are exploring energy-efficient alternatives to the current paradigm of digital artificial neural networks. [mehr]

In this talk, we will present our recent progress in demonstrating a cluster state generation protocol using telecom-emitting quantum dots. In particular, we use an InAs/InAlGaAs quantum dot incorporated in a circular Bragg grating (‘Bullseye’) microcavity. [mehr]

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