5. Workshop "Quantum Effects in Biological Systems" (QuEBS 2013) Mitschnitt einer Veranstaltung des Instituts für Molekulare Biotechnologie (IMBA) von Samstag, dem 29. Juni bis Mittwoch, den 3. Juli 2013 Keynote - Teil 1: Martin Plenio: "Noise, coherence and control" Session 1: Approaching Biology as a Physicist - Teil 2: Vortrag von Fred Wolf: "Mathematical Invariants of Brain Architecture Explained Using Symmetries and Fields" - Teil 3: Gašper Tkačik: "Recent Progress in Understanding the Population Code of the Retina" - Teil 4: Bojan Zagrovic: "Two Elephants in the Room: On the Role of Cytosolic Microphase Transitions and Conformational Entropy in Biomolecular Interactions" Session 2: Vibrational Spectroscopy and Phenomena in Biomolecular Systems - Teil 5: Philipp Kukura: "Probing the Origins of Efficient Photobiology with Vibrational Coherence" - Teil 6: Jürgen Hauer: "Signatures of Vibronic and Vibrational Coherences in Electronic 2D-Spectra of Molecular Monomers and Aggregates" - Teil 7: Tobias Kramer: "Disentangling Vibronic and Electronic Signals in 2D Echo Spectra" - Teil 8: Jeffrey Davis: "Experimental Studies of the Interactions between Electronic and Vibrational Coherences" - Teil 9: Massimo Olivucci: "Insight into the Molecular Mechanism of the Dark Activation of Visual Pigments from Computational Photobiology" - Teil 10: Craig Lincoln: "Single- and Double-Quantum Two-Dimensional Electronic Spectroscopy Refine the Energy Level Scheme of β-carotene" - Teil 11: Roel Tempelaar: "Unveiling the Vibronic Effect on Exciton Coherences in a Molecular Dimer" - Teil 12: Joachim Heberle: "Probing Photon and Electron-Driven Membrane Proteins by Time-Resolved and Surface-Enhanced Infrared Spectroscopy" - Teil 13: Efthimios Skoulakis: "Smelling Molecular Vibrations" Session 3: Magnetoreception - Teil 14: Hans Briegel: "Projective Simulation as a Model for Learning" - Teil 15: Peter J. Hore: "Chemical Magnetoreception - Quantum Biology of Cryptochromes" - Teil 16: Markus Tiersch: "Entanglement Lifetime-Based Magnetic Field Measurements with Chemical Magnetometers" - Teil 17: Jianming Cai: "Chemical Compass for Avian Magnetoreception as a Quantum Coherent Device" - Teil 18: David Keays: "The Search for Magnetoreceptors - Iron-Rich Sensory Neurons in the Pigeon Columba livia" - Teil 19: Henrik Mouritsen: "Magnetic Compass Orientation in Migratory Birds - Behavioral, Molecular and Neurobiological Evidence" Session 4: Photosynthesis - Teil 20: Margherita Maiuri: "Explaining the Temperature Dependence of Spirilloxanthin's S* Signal by an Inhomogeneous Ground State Model" - Teil 21: Alan Aspuru-Guzik: "Unraveling the secrets of Green Sulfur Bacteria's photosynthetic Apparatus" - Teil 22: Klaus Schulten: "Quantum Biology of a Magnetic Sense: Physical Principle, Chemical Reality, Biological Purpose" - Teil 23: Jianshu Cao und Javier Cerrillo: "Coherent Energy Transfer in Light-Harvesting Systems" - Teil 24: Tomáš Mančal: "Excitation Energy Transfer in a Classical Analogue of Photosynthetic Antennae" - Teil 25: Jan Roden: "Energy Transfer and Coherence in the PSII Super Complex" - Teil 26: Jacob Krich: "Distinguishing Excitonic from Vibronic Oscillations with Ultrafast Pump-Probe Spectroscopy" - Teil 27: Dario Polli: "Tracing of Backward Energy Transfer from LH2 to LH1 in Photosynthetic Membranes Grown under High and Low Irradiation" - Teil 28: Agata Branczyk: "Incoherent Light vs. Ultrafast Pulses" Session 5: Emerging Approaches and Techniques - Teil 29: Elisabet Romero: "Photosynthesis Exploits Quantum Coherence for Efficient Solar Energy Conversion" - Teil 30: Javier Prior: "Compressed Sampling and Wavelet Transformation: Signal Processing for Quantum Biology" - Teil 31: Niek F. van Hulst: "Addressing Quantum Coherence on the Nanoscale" - Teil 32: Arno Rauschenbeutel: "Interfacing and Investigating Molecules Using Optical Nanofibers" - Teil 33: André Stefanov: "Broadband Energy-Entangled Photons for Light-Matter Interaction and Quantum Information" - Teil 34: Lev Mourokh: "Bio-Inspired Nanostructures - From Actual Biological Systems Through Physical Models to Semiconductor Counterparts" - Teil 35: Francesco Petruccione: "Microscopic Derivation of Open Quantum Walks for Biological Ratchet Models" - Teil 36: Markus Raschke: "Prospect of Quantum Coherent Interaction and Control with Optical Antennas" - Teil 37: Jörg Wrachtrup: "Quantum Probes for Things that Matter in Life" - Teil 38: Jacob Sanders: "Compressed Sensing for Molecular Spectroscopy" - Teil 39: Filippo Caruso: "Geometry vs. Noise: Towards Biomimetic Efficient Transport Networks" - Teil 40: Markus Arndt: "Quantum Interference Assisted Metrology on Biomaterials" Kamera und Ton: Gerlinde Fritz, Daniel Winkler, Maarten Fox, Jonathan Tinsley Schnitt: Daniel Winkler Musik: sleep, www.freesound.org

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