פרופ' חגי שפייזמן

טלפון
דוא"ל
hagay.shpaisman@biu.ac.il
משרד
בניין 206, חדר B636. טל' במעבדה: 03-7384254
שעות קבלה
בתיאום מראש
קורות חיים

See our website for more details.

 

2019 –   Current         Associate Professor

Department of Chemistry & Institute of Nanotechnology and Advanced Materials (BINA), Bar-Ilan University, Israel

2013 – 2019    Senior Lecturer (eq. to Assistant Professor)

Department of Chemistry & Institute of Nanotechnology and Advanced Materials (BINA), Bar-Ilan University, Israel

2010-2013  Post-Doctoral Fellow at New York University, Dept. of Physics, Center for Soft Matter Research.

“Material design, characterization and manipulation for soft matter advanced research”

 Advisor: Prof. David G. Grier

2005-2010  Ph.D. at the Weizmann Inst. of Science, Dept. of Materials & Interfaces.

 "Electronic transport across molecular monolayers and the importance of the electrical contacts"

  Advisor: Prof. David Cahen  

2001-2003  M.Sc. in Chemistry, Bar-Ilan University [cum laude].

 "Beam propagation in a four level double-Lambda system"

  Advisor: Prof. Arlene Wilson-Gordon

1999–2005  R&D researcher and group head in an elite technological unit at Israel Defense Forces.

 Developed new technological  procedures by combining a variety of techniques in the fields of chemistry, physics and chemical /                       material engineering. Specialized in optical compatibility, adhesives, paints, rubber compounds, etching and degradation processes.

 Captain by rank - functioning as Major

1996-1999  B.Sc. in Chemistry and Computer Science, Bar-Ilan University [cum laude].

מחקר

See homepage for more details.

We are fascinated by scientific questions that are at the interface between chemistry, physics and material science. We develop novel methods for bottom-up directed assembly by utilizing optical and acoustic fields. These fields dictate the spatial distribution of materials, their mesoscopic structure and could allow formation of new hybrid materials. 
A key feature of this approach 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 for electronics, photonics and drug delivery systems.

        

  PANI TOC 24.12.2019.png

   

קורסים

* כימיה כללית א'

* תהליכי ייצור מתקדמים

* מעבדה בכימיה פיזיקלית

* מבוא למחשבים בכימיה

פטנטים

See Profile at Google Scholar for updated list of publications.

*     E. Greenberg, N. Armon, H. Shpaisman, "3-D PHOTO-THERMAL LASER PRINTING OF METALS AND METAL COMPOSITES" (Provisional appl. no.: 62/733,713, 2018)

*     H. Sazan, S. Piperno, H. Shpaisman, "Method for directed fabrication of materials using acoustic waves" (Provisional appl. no.: 62/522,730, 2017)

*     H. Shpaisman, B. J. Krishnatreya, D. G. Grier; "Holographic Microrefractometer"  (U.S patent #WO/2013/126554)

*      C. Weng, H. Shpaisman, A. Hollingsworth, D. G. Grier; “In-Line Particle Characterization” (U.S patent pending)

קבוצת מחקר

ראה דף הבית לעוד פרטים בנוגע לחברי הקבוצה.

מנהלת מעבדה: ד"ר סילביה פיפרנו

דוקטורנטים:

אבי קניגסברג

אודי גרינברג

אורנית נגלר-אברמבויץ

מאסטרנטים:

שלומית צוראל

שיר מינרבי

בוגרי המעבדה:

ד"ר נינה ערמון, ד"ר איתן אדרי, חלי לוי, עטרת כפיר, דניאל לובוצקי, ד"ר חיים סזן, אלעד חדד, אראל לסנוי, יפעת יעקב

תאריך עדכון אחרון : 02/08/2022