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Bieri, O.; Scheffler, K.: Generation of Magnetization Transfer Contrast in Steady State Free Precession Magnetic Resonance Imaging. US20070257672A1 (2007)

Bieri, O.; Scheffler, K.: Method for detection and imaging of synchronous spin and charged particle motion. US7259558B2 (2006)

Hofmann, M.; Schölkopf, B.; Steinke, F.; Pichler, B.: MR/PET Attenuation Correction. (2006)

Avdievich, N.; Peshkovsky, A.; Kennan, R.: Open half volume quadrature transverse electromagnetic coil for high field magnetic resonance imaging. US6980003B2 (2005)

Bieri, O.; Scheffler, K.: Generic eddy-current compensation in magnetic resonance imaging. US20050258829A1 (2005)

Scheffler, K.: Magnetic field sensor-based navigation system to track MR image-guided interventional procedures. US20050245811A1 (2005)

Scheffler, K.; Seifritz, E.: Low-impact noise acquisition magnetic resonance imaging. US20050242810A1 (2005)

Ernst, M.; Bülthoff, H.: Fördereinrichtung, insbesondere für ein Laufband. DE102004016429A1 (2005)

Seifritz, E.; Scheffler, K.; Lüthi, A.: Translational sensory stimulation procedure for the stimulation of amygdala-hippocampal complex. US20050222639A1 (2005)

Oeltermann, A.: Measurements on the visual system of a proband. US20050165302A1 (2005)

Loffler, M.; Morschhauser, R.; Kayser, C.: Surfactant-containing cosmetic, dermatological and pharmaceutical agents. US20040141937A1 (2004)

Hennig, J.; Scheffler, K.; Speck, O.: Method for measuring the magnetic resonance (NMR) by steady state signals (SSFP). US6677750B2 (2004)

Blanz, V.; Vetter, T.: Method and apparatus for the processing of images. US6556196B1 (2003)

Blanz, V.; Vetter, T.: Method and device for the processing of images based on morphable models. US6556196B1 (2003)

Oeltermann, A.: Methods and devices for measuring electrical currents. EP1273922A1 (2003)

Götz, K.: Mechanoelektrischer Messumformer. DE2361385B2 (1978)

Götz, K.: Mechanical-Electrical Transducer. US3956618A (1976)

Hanák, B.: luox-2022-0001 deposition. (submitted)

Zeitzer, J.: luox-2022-0002 deposition. (submitted)

Binz, M.; Akata, E.; Almaatouq, A.; Alsobay, M.; Ariasov, O.; Brändle, F.; Broska, D.; Burton, J.; Busch, N.; Callaway, F. et al.; Cheung, V.; Christian, B.; Coda-Forno, J.; Demircan, C.; Dentella, V.; Eckstein, M.; Éltetö, N.; Franke, M.; Griffiths, T.; Günther, F.; Haridi, S.; Hellmann, S.; Herytash, S.; Hof, L.; Holton, E.; Hoxha, I.; Hussain, Z.; Jagadish, A.; Kara, E.; Kriegmair, V.; Leivada, E.; Ji-An, L.; Ludwig, T.; Maier, M.; Mattar, M.; Mathony, M.; Modirshanechi, A.; Na, R.; Nadverniuk, M.; Nasioulas, A.; Nath, S.; Niemeyer, H.; Nussenbaum, K.; Olschewski, S.; Pachur, T.; Palminteri, S.; Petrenco, A.; Phaneuf-Hadd, C.; Pirrone, A.; Rausch, M.; Raveling, L.; Reddy, S.; Rmus, M.; Russek, E.; Saanum, T.; Sandbrink, K.; Schiekiera, L.; Schubert, J.; Schulze Buschoff, L.; Singhi, N.; Somerville, L.; Spektor, M.; Sui, X.; Summerfield, C.; Thalmann, M.; Thoma, A.; Tikhomirova, T.; Truong, V.; Tsvilodub, P.; Voudouris, K.; Wilson, R.; Witte, K.; Wu, S.; Wulff, D.; Xiong, H.-D.; Xu, S.; Ying, L.; Zhang, X.; Zhu, J.-Q.; Schulz, E.: Post-training makes large language models less human-like. (submitted)