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Malvar, O. (author), Gil-Santos, E. (author), Ruz, J.J. (author), Sentre-Arribas, E. (author), Sanz-Jimenez, A. (author), Kosaka, P.M. (author), Garcia-Lopez, S. (author), Paulo, A.S. (author), Sbarra, S. (author), Waquier, L. (author), Favero, I. (author), Van Der Heiden, M. (author), Altmann, R.K. (author), Papanastasiou, D. (author), Kounadis, D. (author), Panagiotopoulos, I. (author), Mingorance, J. (author), Rodriguez-Tejedor, M. (author), Delgado, R. (author), Calleja, M. (author), Tamayo, J. (author)Nanomechanical mass spectrometry allows characterization of analytes with broad mass range, from small proteins to bacterial cells, and with unprecedented mass sensitivity. In this work, we show a novel multifrequency nanomechanical mass spectrometer prototype designed for focusing, guiding and soft-landing of nanoparticles and viral particles...conference paper 2023
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van der Heiden, M.S. (author), Tejeda, H. (author), Rajadurai, S.R.S. (author), Donkers, T. (author), Duivenvoorde, T.L.P. (author), Eslami Amirabadi, H. (author), Ananth, A.N. (author), Lucas, P. (author), van de Steeg, E. (author)Organ-on-chip technology is based on tissues or (stem)cell derived organ mimicking structures and in microfluidic systems. This technology is used to monitor functional response to stimuli, aiming to enable personalized medicine and to conduct pre-clinical drug development studies. In general, cells in stress exhibit a change in nanomechanical...other 2019
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Herfst, R.W. (author), Klop, W.A. (author), Eschen, M. (author), van den Dool, T.C. (author), Koster, N.B. (author), Sadeghian Marnani, H. (author)Optical beam deflection (OBD) measurement method is very popular in various types of scanning probe microscopy (SPM) and micro/nanomechanical sensors to measure a mechanical motion. This paper reports the detail design and implementation of a very low drift (2 nm over 1000 s), high bandwidth (40 MHz) and low noise (15 fm/VHz) OBD measurement...article 2014
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Fischer, H.R. (author), Stadler, H. (author), Erina, N. (author)The mechanical properties of bitumen, such as elasticity/Young's modulus, stickiness/adhesion, hardness and energy loss, and sample deformation were acquired quantitatively and simultaneously with the topology at the microscale, discriminating clearly two separate phases within the bitumen. Temperature-dependent measurements revealed detailed...article 2013