89 Abstract Directed Materials Assembly by Optical and Acoustic Forces We develop novel concepts based on the idea that forces arising from light (as optical traps or photo- thermal based) and standing acoustic waves can be used to influence the products of ongoing chemical reactions. These forces dictate the spatial distribution of the materials, their mesoscopic structure and could allow the formation of new composite materials. These approaches have many benefits compared to other “bottom-up” methods for material assembly that conventionally rely on accumulation of preformed materials. A key feature of our methodology is its modularity, as it could be implemented on various material systems. Due to the flexibility in material choice, this innovative approach will open the door to new ways to act upon materials, with envisioned applications in 3D printing, electronics and sensing. We develop novel methods for bottom-up directed assembly by utilizing concepts from chemistry, physics, and materials science. Publications 2022 and 2023 • P Memmolo,D Pirone,DG Sirico,L Miccio,V Bianco,AB Ayoub,D Psaltis,P Ferraro,AM Caravaca-Aguirre,F Poisson,D Bouchet,N Stasio,P Moreau,I Wang,E Zhang,P Beard,C Prada,C Moser,O Katz,E Bossy,NU Dinc,A Saba,J Madrid-Wolff,C Gigli,A Boniface,Ab Ayoub,J Lim,F Merola,M Mugnano,F Cimmino,NU Dinç,S Gigan,HB de Aguiar,E Andresen,B Rahmani,I Oguz,U Tegin,J Hsieh,A Roy,G Panusa,Z Liu,K Shi,EE Antoine,X Laporte,J Moughames,C Juliano,M Kadic,D Brunner,M Yildirim,U Teğin,P Hadikhani,SMH Hashemi,SA Schenk,K Skarsoulis,E Kakkava,E Antoine,G Wetzstein,A Ozcan,S Fan,D Englund, M Soljacic, C Denz, DAB Miller,Y Pu,J Wang, T Thomsen, HA Klok, P Hadikhani,S Mohammad H Hashemi, D Loterie,N Borhani, G Konstantinou, L Hagelüken, PVW Sasikumar, MG Makowska, G Blugan, N Nianias, F Marone, H Van Swygenhoven, J Brügger, P Vallachira Warriam Sasikumar, E Müller, P Clement, J Jang, K Maniura-Weber, M Rottmar, J Bruegger, K Goda, G Popescu, Prof. Shpaisman Hagay Department of Chemistry Member of BINA Nano & Advanced Materials Center Research Areas • Directed assembly • Composites and hybrid materials • 3D Printing • Polymerization & phase separation processes • Holographic Optical Tweezers (HOT) • Standing acoustic waves • MicrofluidicsV Publications 2022 and 2023 • Rona Merdler-Rabinowicz, David Gorelik, Jiwoon Park, Cem Meydan, Jonathan Foox, Miriam Karmon, Hillel S Roth, Roni Cohen-Fultheim, Galit ShohatOphir, Eli Eisenberg, Eytan Ruppin, Christopher E Mason, Erez Y Levanon. “Elevated A-to-I RNA editing in COVID-19 infected individuals”. NAR Genomics and Bioinformatics, 2023. • Anne C von Philipsborn, Galit ShohatOphir, Carolina Rezaval. “Single-pair courtship and competition assays in Drosophila”. Cold Spring Harbor Protocols, 2023. • Anne C von Philipsborn, Galit ShohatOphir, Carolina Rezaval. “Courtship Conditioning/Suppression Assays in Drosophila”. Cold Spring Harbor Protocols, 2023. • Anne C von Philipsborn, Galit ShohatOphir, Carolina Rezaval. “Female fly postmating behaviors”. Cold Spring Harbor Protocols, 2023. • Anne C von Philipsborn, Galit ShohatOphir, Carolina Rezaval. “Probing acoustic communication during fly reproductive behaviors”. Cold Spring Harbor Protocols”. Cold Spring Harbor Protocols, 2023. • Anne C von Philipsborn, Galit ShohatOphir, Carolina Rezaval. “Measurement of Drosophila Reproductive Behaviors”. Cold Spring Harbor Protocols, 2023. • Assa Bentzur, Shahar Alon, Galit ShohatOphir. “Behavioral Neuroscience in the Era of Genomics: Tools and Lessons for Analyzing High-Dimensional Datasets”. International Journal of Molecular Sciences, 2022. KK Tsia, M Hashemi, U Babic, T Pham, E Soubies, A Ayoub ,M Unser, ME Edri, H Shpaisman, Z Zalevsky, M Romito. “Loss minimized data reduction in single-cell tomographic phase microscopy using 3D zernike descriptors”. Optics and Lasers in Engineering, 2022. • Ari Leshno, Avraham Kenigsberg, Heli Peleg-Levy, Silvia Piperno, Alon Skaat, Hagay Shpaisman. “Acoustic Manipulation of Intraocular Particles”. Micromachines, 2022. Prof. Shwartz Sharon Department of Physics Member of BINA Nano- Photonics Center Research Areas • Demonstration of an X-ray Autocorrelator • Imaging of chemical bonds in solids, quantum imaging with x-rays • Second Harmonic Generation at X-ray wavelength, X-ray Parametric down Conversion • Generation of X-ray Bi-photons Abstract Nonlinear X-ray Optics In the past few decades, the fields of nonlinear and quantum optics at visible and infrared wavelengths have grown rapidly. Nonlinear optical techniques have been applied to many diverse disciplines ranging from atomic, molecular, and solid state physics and materials science, to chemical dynamics, biophysics, medicine, and even neuro-science, where brain activity is studied through two- photon microscopy. The field of quantum optics has provided important insights into numerous quantum phenomena, and the demonstration of effects such as entanglement and squeezed light has led to the observations of remarkable results. However, ordinary nonlinear optics processes, taken into the x-ray regime, are known to be very weak, while available x-ray sources suffer from insufficient brightness. Recent and expected improvements in brightness and
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