פרופ' יואל אריאלי

1978-1983       Yeshiva Kerem B'Yavneh, in conjunction with military service.

1983-1987       B.Sc. in Applied Physics/Electro-Optics Engineering, Jerusalem College of Technology.

Project title: “Robotic Vision”.

Supervisor: Prof. Bodenheimer Yoseph.

1987-1990       M.Sc. in Applied Physics/Material Science, at the School of Applied Science, Hebrew University, Jerusalem.

Thesis title: “Self-absorption and quenching processes in vibrational stimulations of molecules: CO2, SO2, HCl.

Supervisor: Prof. Yatziv Shaul.

1994-1998       Ph.D. in Applied Physics, School of Applied Science, Hebrew University, Jerusalem.

Dissertation title: “Development of new methods and algorithms to design refractive and diffractive optical elements for polychromatic light source”.

Supervisors: Prof. Lewis Aharon and Prof. Naftali Eisenberg.

2000-2001       Optical communication Post-Doc at USC Los Angeles, CA, USA at Professor Alan Willner’s optical communication laboratory.

1986 - 1988     Lecturer in the Electrical-Engineering department, Ort Neviim College of Technology, Jerusalem.

1988 - 2000     Senior lecturer in the Computer Science department, Hadassah College of Technology, Jerusalem.

1993 - 2000     Lecturer in the Physics/Electro-Optics department, Jerusalem College of Technology, Jerusalem.

2000 – 2001    Research at USC - Los Angeles, at Professor Alan Wilner’s optical communication laboratory.

2002 - 2006     Senior lecturer in the Physics/Electro-Optics department, Jerusalem College of Technology, Jerusalem.

2003 - 2008     Adjunct lecturer in the School of Engineering and Computer Science, Faculty of Science, Hebrew University, Jerusalem.

2006 - 2008     Head of the Electro-Optics department (one branch of the Applied Physics department), Jerusalem College of Technology, Jerusalem.

2008 - 2014     Head of the Applied Physics/ Electro-Optics department, Jerusalem College of Technology, Jerusalem.

2010 – 2011    Adjunct-Professor at the Indiana University, Perdue University of Indiana, research at the Glaucoma Center - IUPUI, at Professor Alon Harris’ department.

2015 –             Associate-Professor at the Lev Academic Center.   

2017                Sabbatical and research in UCSD in the Prof. Shaya Fainman LABS.

2018    Head of the Electro-Optics department, Jerusalem College of Technology, Jerusalem.

1998 – 2000    Founder and chief scientist of the start-up company “Rainbo Optical Systems” that developed array of micro-detectors for FLIR, response to scientific development, IP and publications.

2000 – 2005    Founder and chief scientist of the start-up company “Nano-Or Technologies” that developed a new 3-D measurements and spectroscopy tool, response to scientific development, IP and publications.

2005 – 2007    Consultant of the company “Tevet Technologies” for developing a Hyperspectral imaging camera for semiconductor wafer inspection, response to development of new methods for Hyperspectral imaging.

2008                Consultant of the company “Visionics Inc.” in a new project "Eye aberrations  Measurements", response to development of a new device that measures the cornea thickness.

2008 - 2009     Consultant of a confidential project in conjunction with the Israeli Ministry of Defense and MAFAT, response to development of a new interferometer.

2007 – 2011    Consultant of two Israeli companies: "PrimeSense" that develops a 3D camera for computer gaming and "Real Imaging" that develops a new method for Cancer diagnosis and Thermography, response to development of a new 3D imaging methods and algorithms for detecting breast cancer.

2005 – 2016    Founder and chief scientist of "AdOM Technologies” for developing a new technology for retinal and tear film imaging, response to scientific development of new methods for tear film measurements, IP and publications.

2010 – 2016    Chief scientist of a start-up company “MagniWide” that develops a breakthrough optical platform for magnifying optical vision devices, such as binoculars, telescopes, spotting scopes, surgeons’ loupes etc., response to scientific development, IP and publications.

2014 – 2016    Founder of a start-up company “AddOn” that develops an optical transparent sticker that converts regular lenses for eye glasses to progressive lenses, response to scientific development of a new method for creating a progressive lens.

2018                Founder of a start-up company “Qlent” that develops an Accommodative Intra Ocular Lens, response to scientific development of new methods for Accommodative Intraocular lens and IP.

2020                Founder of a start-up company “RNVtech” that develops a high resolution 3D display, response to scientific development of the 3D display and IP.

2020    Founder of a start-up company “Woftcam” that develops a cheap Hyperspectral camera, response to scientific development of the Hyperspectral camera and IP.

1. Summary of Past Research and Development Activities
2. Development of new methods for designing wideband diffractive optical elements for wideband light.
3. Development of a new method and algorithms for interferometry that is vibration insensitive.
4. Development of algorithms for breast cancer diagnosis in thermography.
5. Development of new methods for spectral imaging.
6. Development of new methods for 3D measurements.
7. Development of optical system with large field of view.
8. Development of a mathematical model of the human eye.
9. Investigation of the synchronization of the temporal changes in the retina with the pulsation of the heart or at least measure the frequency of the retinal pulsation in the axial dimension, in collaboration with Dr. Avi Caspi – JCT, and Dr. Yoel Hanahart – Shaarie Zedek hospital.
10. Development of algorithms for Thermal imaging screening of breast cancer, in collaboration with "Real-Imaging" company.

1. Summary of Current Research and Development Activities
2. Development of a "Full field" Optical Coherence Tomography for tear film measurements, in collaboration with "AdOM Technologies" company.
3. Development of a cheap optical sticker that converts regular single focal eyeglass lens into a multifocal lens, in collaboration with "AddOn" company.
4. Development of an Accommodative Intraocular lens, in collaboration with Dr. Averbuch Eduard from the Hebrew university.
5. Development of a high resolution 3D display without the need for special glasses.
6. Development of a high resolution Hyperspectral camera.

1. Future Directions for Research and Development.
2. Continuing the development of a high resolution 3D display without the need for special glasses.
3. Continuing the development of a high resolution Hyperspectral camera.

1. Books, Book Sections

NONE

1. Peer-Reviewed Papers in Refereed Journals

Before last appointment

1. Noach, A. Lewis, Y. Arieli, N. Eisenberg, “Integrated diffractive and refractive elements for spectrum shaping”, Appl. Opt. vol. 35, 3635,1996, pp. 3635-3639, IF: 1.65, Rank: Q1, Cited by 19.
2. Arieli, N. Eisenberg, A. Lewis, “Pattern generation by inverse phase contrast”, Opt. Comm. 138, 1997, pp 284-286, IF: 1.45, ‎ Rank: Q1, Cited by 6.
3. Arieli, N. Eisenberg, A. Lewis, I. Glaser “Geometrical Transformation Approach to Optical Two Dimensional Beam Shaping”, Appl. Opt. 36, 1997, pp. 9129-9131, IF: 1.65, ‎ Rank: Q1, Cited by 13.
4. Arieli, S. Noach, S. Ozeri and N. Eisenberg, “Design of diffractive optical elements for multiple wavelengths”, Appl. Opt. 37, 1998, pp. 6174-6177, IF: 1.65, Rank: Q1, Cited by 63.
5. Arieli, S. Ozeri, N. P. Eisenberg, S. Noach, “Design of a diffractive element for wide spectral bandwidth”, Opt. Lett. 23, 1998, pp. 823-824, IF: 3.29, ‎ Rank: Q1, Cited by 79.
6. Arieli, N. Eisenberg, A. Lewis, and I. Glaser, “Geometrical-transformation approach to optical two-dimensional beam shaping: erratum and reply to comment.” Appl. Opt. 37, pp. 8226-8226, 1998. IF: 1.65, Rank: Q1.
7. Arieli, S. Noach and N. P. Eisenberg, “Wave-front control and aberration correction with a diffractive optical element”, Opt. Lett, 24, 333-335, 1999. IF: 3.29, ‎ Rank: Q1, Cited by 11.
8. Schweitzer, Y. Arieli, "Wide-angle narrow-bandpass optical detection system optimally designed to have a large signal-to-noise ratio", Appl. Opt. 39, 913 - 918, 2000. IF: 1.65, Rank: Q1, Cited by 5.          
9. Arieli, "A continuous phase plate for non-uniform illumination beam shaping using the inverse phase contrast method", Optics Communications, Vol. 180, 239-245, 2000. IF: 1.45, Rank: Q1, Cited by 14.
10. Pan, Q. Yu, Y. Arieli, A.E. Willner, “The effects of XPM-induced fast polarization-state fluctuations on PMD compensated WDM systems”, IEEE Photonics Technology Letters, Vol. 16, 8, , p 1963-1965, 2004. IF: 2.11, Rank: Q1, Cited by 13.
11. Wolfling, N. Ben-Yosef, Y. Arieli, “Generalized method for wave-front analysis”, Optics Letters, Vol. 29, 5, p.462, 2004. IF: 3.29, Rank: Q1, ‎Cited by 8.
12. Song, Y. W., Pan, Z., Arieli, Y., Motaghian, S. M. R., Havstad, S. A., Willner, A. E., “Immunization of WDM systems to nonlinearity-induced crosstalk using optical polarization-shift-keying”, Opt. Comm., Vol. 252, 1-3, p. 162-166, 2005. IF: 1.45, Rank: Q1, Cited by 5.
13. Luo, C. Yu, Z. Pan, Y. Wang,  Y. Arieli, A. E. Willner, "Dispersive effects monitoring for RZ data by adding a frequency-shifted carrier along the orthogonal polarization state", Journal of Lightwave Technology, 23, p. 3295, 2005. IF: 2.965,‎ Rank: Q1, Cited by 10.
14. Wolfling, E. Lanzmann, M. Israeli, N. Ben-Yosef, Y. Arieli, “Spatial Phase Shift Interferometry - A Wavefront Analysis Technique for 3D Topometry”, JOSA A. 22, 11 pp: 2498-2509, 2005. IF: 1.558, Rank: Q1, Cited by 12.
15. Wolfling, E. Lanzmann, N Ben-Yosef, Y. Arieli, “Wavefront reconstruction by spatial-phase-shift imaging interferometry”, Appl. Opt. 45, 12, 2586-2596, 2006. IF: 1.65, Rank: Q1, ‎ Cited by 13.
16. Y. Goldin, G. Meliach , Y. Arieli, B. Sfez, “Using penetration depth for phase matching in photonic crystal waveguides”, Journal of the European Optical Society – Rapid Publications 6, 11018, 2011. IF: 1.231, Rank: Q2. ‎
17. Yochai Z. Shoshani, Alon Harris, Kay D. Rittenhouse, Brent A. Siesky, Mohammadali M. Shoja, Yoel Arieli, Barbara M. Wirostko, Christian Jonescu, Rita Ehrlich, George Eckert. “Decreasing Retrobulbar Blood Flow is Predictive of OCT Structural Changes in Patients with Primary Open Angle Glaucoma”. Investigative Ophthalmology & Visual Science 2011, 52, 3478, 2011. IF: 3.427, Rank: Q1.
18. Miriam Zalish, Alon Harris, Yochai Z. Shoshani, Brent A. Siesky, Melanie A. Pickett, Ingrida Januleviciene, Yoel Arieli, Yara M. Catoira-Boyle, Drew Davis, Mohammadali M. Shoja. “Association of Baseline Retrobulbar Blood Flow, Retinal Nerve Fiber Layer Thickness and Age with Rapid Progression of Visual Field AGIS Score in Patients with Open Angle Glaucoma”. Investigative Ophthalmology & Visual Science, 52, 5073, 2011. IF: 3.427, Rank: Q1.
19. Mohammadali M. Shoja, Alon Harris, Yochai Z. Shoshani, Melanie A. Pickett, Jake Trinidad, Yoel Arieli, Darrell WuDunn, Yara M. Catoira-Boyle, Rita Ehrlich, Brent A. Siesky. “Predictors Of Visual Acuity in Primary Open Angle Glaucoma Patients Participating in the Indianapolis Glaucoma Progression Study”. Investigative Ophthalmology & Visual Science, 52, 4224, 2011. IF: 3.427, Rank: Q1.
20. Leslie Abrams, Alon Harris, Brent A. Siesky, Mohammadali M. Shoja, Miriam Zalish, Yoel Arieli, Darrell WuDunn, George Eckert, Rita Ehrlich, Yochai Z. Shoshani. “Decreased Retrobulbar Blood Flow as a Predictor for Glaucomatous Visual Field Changes”. Investigative Ophthalmology & Visual Science, 52, 3503, 2011. IF: 3.427, Rank: Q1.
21. Brent A. Siesky, Alon Harris, Kay D. Rittenhouse, Yochai Z. Shoshani, Mohammadali Shoja, Yoel Arieli, Barbara M. Wirostko, Chris Jonescu, Rita Ehrlich, George Eckert. “Retinal Microcirculation as a Predictor for Retinal and Optic Nerve Structural Changes in Patients with Primary Open Angle Glaucoma”. Investigative Ophthalmology & Visual Science, 52, 3475, 2011. IF: 3.427, Rank: Q1.
22. Yochai Shoshani, Alon Harris, Mohammadali M Shoja, Yoel Arieli, Rita Ehrlich, Sally Primus, Thomas Ciulla, Adam Cantor, Barbara Wirostko, Brent A Siesky, "Impaired ocular blood flow regulation in patients with open-angle glaucoma and diabetes", Clinical & Experimental Ophthalmology, 40, 7, p. 697, 2012. IF: 3.217, Rank: Q1, Cited by 27.
23. Lucia Carichino, Giovanna Guidoboni, Yoel Arieli, Brent Siesky, Alon Harris. "Effect of Lamina Cribrosa Deformation on the Hemodynamics of the Central Retinal Artery: a Mathematical Model", Investigative Ophthalmology & Visual Science, 53, 14, p. 2836-2836, 2012. IF: 3.427, Rank: Q1, Cited by 4.
24. Giovanna Guidoboni, Simone Cassani, Lucia Carichino, Yoel Arieli, Brent A. Siesky, Alon Harris, "The Controversy of Myopia as a Risk Factor for Glaucoma: a Mathematical Approach", Investigative Ophthalmology & Visual Science, 53, p. 2837, 2012. IF: 3.427, Rank: Q1.
25. James M. Beach, Alon Harris, Brent A. Siesky, Yoel Arieli, Aaron Pickrell, "Longitudinal Oxygen Gradients Affect Corrections for Vessel Diameter Sensitivity in Retinal Oximetry", Investigative Ophthalmology & Visual Science, 53, p. 5035, 2012. IF: 3.427. Rank: Q1. Cited by 2.
26. Yochai Z. Shoshani, Alon Harris, Mohammadali M. Shoja, Deepam Rusia, Brent Siesky, Yoel Arieli, Barbara Wirostko, “Endothelin and Its Suspected Role in the Pathogenesis and Possible Treatment of Glaucoma”, Current Eye Research, 37, 1 , p. 1, 2012. IF: 1.639, ‎ Rank: Q2, Cited by 43.
27. Giovanna Guidoboni, Alon Harris, Lucia Carichino, Yoel Arieli, Brent A. Siesky, "Effect of Intraocular Pressure on the Hemodynamics of the Central Retinal Artery: A Mathematical Model", Mathematical Biosciences and Engineering, 11, 3, pp. 523 – 546, 2014. IF: 1.128, Rank: Q2, ‎Cited by 34.
28. Yoel Arieli, Shlomi Epshtein, Igor Yaacobovitz, Yosi Weitzman, Garrett Locketz, Alon Harris, "Surface Measurements by White Light Spatial-Phase-Shift Imaging Interferometry", Optics Express Vol. 22, 13, pp. 15632–15638, 2014. IF: 3.488, Rank: Q1, ‎Cited by 7.
29. Shlomi Epshtein, Alon Harris, Garrett Locketz, Igor Yakubov, Yitzhak Yitzhaky, Yoel Arieli, "Spatial-Phase-Shift Imaging Interferometry using Spectrally Modulated White Light Source", Optics Letters, Vol. 39, 24, pp.6966-6968, 2014. IF: 3.29, ‎ Rank: Q1, Cited by 3.

Since last appointment

1. Eran Bahalul, Assaf Bronfeld, Shlomi Epshtein, Yoram Saban, Avi Karsenty, Yoel Arieli, "Hyperspectral imaging camera using wavefront division interference", Optics Letters Vol. 41, 5, pp. 938-941, 2016. IF: IF: 3.29, Rank: Q1, Cited by 1.
2. Yoel Arieli, Shlomi Epshtein, Alon Harris, Igor Yaacubov, Yoel Cohen, “Full field tomography using interference fringes casting of a non spatially-coherent extended spectrally modulated broadband light source”, Optics Communications, 407, pp 426-431, 2018. IF: 588. Rank: Q1.

1. Yoel Cohen, Shlomi Epshtein, Alon Harris, Raanan Gefen, Lawrence Kagemann, and Yoel Arieli, “Tear film imager for dynamic mapping of the human tear film”, Appl. Opt. 58 (29), 7987-7995 (2019). IF: 1.63, Rank: Q1. This work was Editors' Pick.

4. Yishay Weill, Koby Brosh, Tamar Levi Vineberg, Yoel Arieli, Avi Caspi, Michael J Potter, David Zadok, Joel Hanhart, “Enhanced depth imaging in swept-source optical coherence tomography: Improving visibility of choroid and sclera, a masked study”, European Journal of Ophthalmology (2019). https://journals.sagepub.com/doi/10.1177/1120672119863560. Rank: Q2.
5. Galor Anat, Cohen Yoel, Arieli Yoel, Epshtin Shlomi, Gefen Raanan, Harris Alon, "Blink dynamics in healthy vs dry eye subjects as assessed by novel device"”, Investigative Ophthalmology & Visual Science(2019); 60(9):6769. IF: 3.427. Rank: Q1.
6. Raanan Gefen, Segev Fani, Geffen Noa, Galor Anat, Cohen Yoel, Arieli Yoel, Epshtin Shlomi, Harris Alon, “A new hyperspectral imaging method to evaluate dry eye disease – 3D-WLT study results”, Investigative Ophthalmology & Visual Science (2019); 60(9):6780. IF: 3.427. Rank: Q1.
7. Cohen Yoel,   Trokel   Stephen,   Arieli   Yoel,   Epshtien   Shlomi,   Gefen   Raanan,      Harris  Alon, “Mapping the Lipid Layer of the Human Tear Film”, Cornea (2020). https://journals.lww.com/corneajrnl/Abstract/publishahead/Mapping_the_Lipid_Layer_of_the_Human_Tear_Film.96398.aspx. IF: 2.464., Rank: Q1.

1. Fani Segev, Michael Balkin, Noa Tal, Anat Galor, Yoel Cohen, Raanan Gefen, Yoel Arieli, Shlomi Epshtein, Anat Oren, Alon Haris,"Dynamic assessment of the Tear Film Muco-Aqueous and Lipid Layers Using a Novel Tear Film Imager (TFI)", British Journal of Ophthalmology (2020). https://bjo.bmj.com/content/early/2019/04/17/bjophthalmol-2018-313379. IF: 3.384, Rank: Q1.

1. Conferences

Before last appointment

1. Y. Arieli, M. Ben-Ezra, N. Eisenberg, “New methods for generating small microlenses by lithographic processes”. Proc. SPIE. vol. 1972, 258-262, 1992.
2. Y. Arieli, Y.Z. Lauber, and N. P. Eisenberg, “Kinoforms for Wideband Use”, Proc. SPIE. vol. 2426, 443, 1994.

3. Arieli, A. Solomon, N. Eisenberg, “A new computer generated hologram”, Proc. SPIE Vol. 3110, p. 676-679, 10th Meeting on Optical Engineering in Israel, Itzhak Shladov; Stanley R. Rotman; Eds, 1996.

1. N. Salman, N. P. Eisnberg., Y. Arieli, "Achromatic diffractive optical element", Proc. SPIE vol. 3778, p. 151-157, Miniature and diffractive optical systems, Aalan D. Kathman, Ed. 1999.
2. Z. Pan, Q. Yu, Y. Arieli, and A.E. Willner, "Fast XPM-Induced Polarization-State Fluctuations in WDM Systems and Their Mitigation," Conference on Optical Fiber Communications (OFC) '02, paper ThA7, Anaheim, CA, March 2002 (Optical Society of America, Washington, D.C.,2002).
3. T. Luo, C. Yu, Z. Pan, Y. Wang, Y. Arieli, and A.E. Willner, "Chromatic Dispersion-Insensitive DGD Monitoring by Adding a Frequency-Shifted Carrier Along the Orthogonal Polarization State", IEEE Lasers and Electro-Optics Society Annual Meeting 2003, Paper TuA4, Tucson, AZ, Nov. (IEEE, Piscataway, NJ, 2003).
4. Y.W. Song, Z. Pan, Y. Arieli, S.M.R. Motaghian, S.A. Havstad, and A.E. Willner, "Enhanced Suppression of Nonlinearity-Induced Crosstalk in WDM Systems Using Optical Polarization-Shift-Keying," Conference on Lasers and Electro-Optics (CLEO), Baltimore, MD, Paper CThQ2, June 2003 (Optical Society of America, Wash., D.C., 2003).
5. S. Wolfling, D. Banitt, N. Ben-Yosef, Y. Arieli, “Innovative metrology method for the 3D measurement of MEMS structures”, Proc. SPIE Vol. 5343, p. 255-263, Reliability, Testing, and Characterization of MEMS/MOEMS III Jan 2004.
6. Eli Vilge, Moshe Levantovsky, Yoel Arieli, Hans Poisel, Anatoly Babchenko, "Displacement sensor based on optical fibre with multiple overlapping imperfections", Third European Workshop on Optical Fobre Sensors (EWOFS 2007), Napoli, Italy.
7. S.Y. Goldin, G. Meliach, Y. Arieli, "Phase matching in photonic crystal waveguides", OASIS: The 12th Meeting of the Israeli Electro-Optics Society, poster (2009).

11. Shmuel Ozeri, Salman Noach, Nissim Ben-Yosef, Yoel Arieli, "Tunable Wideband Filter Spectral Imaging" The 14^th Meeting on Optical Engineering and Science, Tel-Aviv, Israel (2013).

1. Yoel Arieli, Eli Ashkenazi, Erez Ben Porat, Asher Perez, Yuval Zohar, "Measurement of the CSF Flow at Very Low Velocities", Poster PO7, Optical Engineering Conference, ORT Hermelin College, Israel – (2014).

Since last appointment

1. Geffen, F. Segev, Y. Cohen, Y. Arieli, R. Gefen, I. Januleviciene, S. Armarnic, A. Harris “Novel diagnostic method for dry eye - initial clinical outcomes of 3D-WLT study of the Tear Film Imager”, Abstract ID: 1763, 12th EGS Congress - Prague, Czech Republic, June 19-22, 2016.
2. Segev, N. Geffen, Leejee H. Suh, Danielle Trief, Y. Cohen, Y. Arieli, R. Gefen, A. Belkin, , A. Harris, "A new hyperspectral imaging method to evaluate dry eye syndrome", The XXXIV ESCRS Annual Congress, session FP-31-445, Copenhagen, Denmark, September 10-14, 2016.
3. Raanan Gefen, Fani Segev, Noa Geffen, Leejee H. Suh, Danielle Trief, Yoel Cohen, Yoel Arieli,  Avner Belkin, Alon Haris, "A Novel Imaging Method to Evaluate Dry Eye Syndrome", 8th International Conference on the Tear Film and Ocular Surface: Basic Science and Clinical Relevance, Session 3, Montpellier, France, September 7-10, 2016.
4. Fani Segev, Noa Geffen, Sharon Armarnik, Avi Ohayon, Yoel Cohen, Yoel Arieli, Raanan Gefen, Avner Belkin, Alon Haris, "A New Hyperspectral Imaging Method To Evaluate Dry Eye Syndrome", The 4th Annual Israel Ophthalmology Society Conference, Tel Aviv, Israel, May 31 – June 1, 2016.
5. Joel Hanhart, Yoel Arieli, Avi Caspi, "Optical coherence tomography (OCT) in ophthalmology: Current clinical use and emerging directions", Optical Engineering Conf., TAM1, Jerusalem, Israel, February 2, 2016.
6. Serge Goldmann, Yoel Arieli, Jacob Kaufmann, Ofer levy, Itai Ehrlich, "A Popular Solution for 3d Imaging in Dentists", Optical Engineering Conf., TAM5, Jerusalem, Israel, February 2, 2016.
7. Averbukh Edward, Yoel Arieli, "New directions in IOL design", Optical Engineering Conf., TAM5, Jerusalem, Israel, February 2, 2016.
8. Segev, N. Geffen, A. Galor, Y. Cohen, R. Gefen, A. Belkin, Y. Arieli, S. Epshtein, A. Oren, A. Haris, "Dynamic Assessment of the Tear Film Muco-Aqueous and Lipid Layers Using a Novel Tear Film Imager (TFI)", Ocular Microbiology and Immunology Group, Chicago, Illinois, October 26, 2018.
9. David Zadok, Yoel Cohen, Alon Harris, Raanan Gefen, Yoel Arieli, “A Novel Imaging Method to Evaluate Tear Film”, The ASCRS Annual Meeting, San Diego, California, May 3, 2019. https://ascrs.confex.com/ascrs/19am/meetingapp.cgi/Paper/57495.

1. More Publications

Before last appointment

1. Arieli, N Eisenberg, “Geometric Transformation Method in 2D Light Wave Transformation”, Cloud Light Technology 34, 38-40, 2002. (in Chinese)

Since last appointment

1. Hanhart J, Arieli Y, Caspi A, Rozenman Y, "Quantitative and Qualitative Characteristics of Retinal Vasculature Shadowing on Enface Swept Source OCT, in Healthy Subjects and Diabetic Macular Edema", Int. J. Ophthalmology / Eye Science, 4, 7, pp. 237-241, 2016. Cited by 1.

1. Avi Karsenty, Shmuel Feldman, Zvi Veig  and Yoel Arieli, “Full Field Imaging Ellipsometry (FFIE) Platform Using CCD Camera and Advanced Software for Simultaneous Spots' Sensing and Measurement‏”, International Journal of Measurement Technologies and Instrumentation Engineering (IJMTIE), 6, 1, 2017. https://www.igi-global.com/article/full-field-imaging-ellipsometry-ffie-platform-using-ccd-camera-and-advanced-software-for-simultaneous-spots-sensing-and-measurement/197749.
2. Avi Karsenty, Yaron Lichtenstadt, Sagi Naeim and Yoel Arieli, “Improving Interferometry Instrumentation by Mixing Stereoscopy for 2π Ambiguity Solving”, International Journal of Measurement Technologies and Instrumentation Engineering (IJMTIE), 6, 2, 2017. https://www.igi-global.com/article/improving-interferometry-instrumentation-by-mixing-stereoscopy-for-2-ambiguity-solving/202345.

4. Boaz Arnon, Kahana Oria, Yoel Arieli, “Correction of the angular emissivity of human skin for clinical thermal imaging”, Imaging in Medicine, Open Access Journals, http://www.openaccessjournals.com/articles/correction-of-the-angular-emissivity-ofhuman-skin-for-clinical-thermal-imaging-12158.html, Rank: Q3.
5. Avi Karsenty, Eitan Novoselski, Ariel Yifrach, Emmanuel Lanzmann and Yoel Arieli, “Manipulations of Wavefront Propagation: Useful Methods and Applications for Interferometric Measurements and Scanning”, Scanning, 2017, Article ID 7293905,
   https://doi.org/10.1155/2017/7293905, 2017. Rank: Q3.
6. Patents

Before last appointment

GRANTED

1. יואל אריאלי, יוסי וייצמן - "שיטה ומערכת הדמייה לניתוח תכונות אופטיות של חפץ המואר על ידי מקור אור - 174590IL.
2. Israel B. Arnon, Yoel Arieli, "Method apparatus and system for analyzing images" - EP2265163B1.
3. Barak Freedman, Yoel Arieli, Alexander Shpunt, “Distance-Varying Illumination and Imaging Techniques for Depth Mapping” - US8761495.
4. Israel B. Arnon, Yoel Arieli, "Method apparatus and system for analyzing thermal images" - US8620041.
5. Israel B. Arnon, Yoel Arieli, "Method apparatus and system for analyzing thermal images" - EP2238572.
6. Barak Freedman, Alexander Shpunt, Yoel Arieli, "Depth mapping using optical elements having non-uniform focal characteristics" - US8494252 B2.
7. Barak Freedman, Alexander Shpunt, Meir Machline, Yoel Arieli, "Depth mapping using projected patterns" - US8493496.
8. Yoel Arieli, Shay Wolfling, Emmanuel Lanzmann, Gavriel Feigin, Tal Kuzniz, Yoram Saban, "Methods and apparatus for wavefront manipulations and improved 3-D measurements" – US8319975.
9. Barak Freedman, Alexander Shpunt, Meir Machline, Yoel Arieli, "Depth mapping using projected patterns" – US8150142.
10. Yoel Arieli, Shay Wolfling, David Banitt, Yosi Weitzman, Yoram Saban, Emmanuel Lanzmann, Shay Levavi, “Spatial wavefront analysis and 3D measurement” – US7609388.
11. Yoel Arieli, Shay Wolfling, Eval Shekel, “Spatial and spectral wavefront analysis and measurement” – US7542144.
12. Yoel Arieli, Shay Wolfling, Eval Shekel, “Spatial and spectral wavefront analysis and measurement” –EP1272823 B1.
13. Yoel Arieli, Shay Wolfling, Eyal Shekel, “Spatial and spectral wavefront analysis and measurement” – US7327470.
14. Yoel Arieli, Shay Wolfling, Eyal Shekel, “Spatial and spectral wavefront analysis and measurement” – US6819435.
15. Yoel Arieli, Shay Wolfling, “Diffractive optical element and a method for producing same” – US6707608.
16. Yoel Arieli, Shay Wolfling, “Diffractive optical element and a method for producing same” –EP1019760B1.
17. Naftali P. Eisenberg,  Isaia Glaser-Inbari, Avishai Drori,  Reouven Karoubi,  Yoel Arieli, "Directed Reflectors and Systems Utilizing Same" – US6507441.

Since last appointment

GRANTED

1. אייל נעימי, יואל אריאלי, ישראל בועז ארנון – "מצלמה בעלת מייצב טמפרטורה" – 215156IL.
2. יואל אריאלי, יוסי וייצמן – "התקן ושיטה לניתוח תכונות אופטיות של חפץ" - 221187IL.
3. 3. Yoel Arieli, Yosef Weitzman, "Spectral Imaging Camera and Applications" - US9250133.
4. 4. Arieli Yoel, Arnon Israel Boaz, "System and Methods for Providing Information Related to a Tissue Region of a Subject" - US9198640 and
5. 5. Yoel Arieli, Yosef Weitzman, "System for Performing Dual Path, Two-Dimensional Optical Coherence Tomography (OCT)" - US9696134.
6. Arnon Israel Boaz, Arieli Yoel, “Method Apparatus and System for Analyzing Images” - US9710900 and
7. Arieli Yoel, Cohen Yoel, Epstein Shlomi, Arbel Dror, “System and Method for Performing Tear Film Structure Measurement and Evaporation Rate Measurement” -
8. Arieli Yoel, Cohen Yoel, Epstein Shlomi, Arbel Dror, Raanan Gefen, “System and Method for Performing Tear Film Structure Measurement” - US9833139 and EP3113668.
9. Barak Freedman, Alexander Shpunt, Meir Machlin, Yoel Arieli, "Pattern projection using micro-lenses" – US
10. Yoel Arieli, Haim Engler, Amir Erlichman, "Adhesive Optical Film to Convert an Eyeglass Lens to a Progressive Lens" – US9995948.
11. Eyal Naimi, Israel Boaz Arnon, Yoel Ariely(Arieli), "Surface Simulation" - GB  
12. Yoel Arieli, Yoel Cohen, "System for Analyzing Optical Properties of an Object" – US10024650.
13. Yoel Arieli, Yoel Cohen, "Interferometric Ellipsometry and Method Using Conical Refraction" – US10024783 and EP 3097401 B1.
14. Yoel Arieli, Yoel Cohen, "Method for Analyzing an Object Using a Combination of Long and Short Coherence Interferometry" – US10054419.
15. Yoel Arieli, Yoel Cohen, "System for Tomography and/or Topography Measurements of a Layered Objects" – US10054429.
16. Eyal Naimi, Israel Boaz Arnon, Yoel Ariely(Arieli), "Surface Simulation" - GB2551594.
17. Arieli Yoel, Wolfling Shay, Banitt David, Weitzman Yosi, Saban Yoram, Lanzmann Emmanuel, Levavi Shay, "Improved Spatial Wavefront Analysis and 3d Measurement - EP
18. Yoel Arieli, Yoel Cohen, "Interferometric Ellipsometry and Method Using Conical Refraction" – US10119903.
19. Yoel Arieli, Yosef Weitzman, "Spectral Imaging Camera and Applications" - US10274371.
20. Yoel Arieli, Yosef Weitzman, "System for Performing Dual Path, Two-Dimensional Optical Coherence Tomography (OCT)" - US10288407 and EP 2880397 B1.

1. Arnon Israel Boaz, Arieli Yoel, “Method Apparatus and System for Analyzing Images” - US10299686 and IL208274.

22. Yoel Arieli, Yoel Cohen, "System for Analyzing Optical Properties of an Object" – US10330462.
23. Yoel Arieli, Yoel Cohen, "Method for Analyzing an Object” - US 10415954 B2.
24. Yoel Arieli, Yoel Cohen, “Apparatus And Method For Detecting Surface Topography” - US10456029.
25. Barak Freedman, Alexander Shpunt, Meir Machlin, Yoel Arieli, "Pattern projection using micro-lenses" – US 10514148 B2.
26. Yoel Arieli, Yoel Cohen, “Apparatus And Methods For Performing Tomography and/or Topography Measurements On An Object” - US 10612913 B2.
27. Yoel Arieli, Haim Engler, Amir Erlichman, "Adhesive Optical Film to Convert an Eyeglass Lens to a Progressive Lens" – US 10712591 B2.

PENDING

1. Yoel Arieli, Miriam Aloush, Adi Aloush, “System and Method for Self-Examination of Spectacle Frames”, IL25339.
2. Yoel Arieli, Yoel Cohen, Raanan Gefen, Shlomi Epshtein, "Apparatus and Methods for Calibrating Optical Measurements" – IL261815.
3. Hadad Avi, Averbukh Edward, Arieli Yoel, “An Intraocular Lens And Methods For Accommodating Existing Adaptive Intraocular Lenses” - US2018/0161150 A1.
4. Yoel Arieli, Shay Gilboa, “High Resolution 3D Display without the Need for Special Glasses” – Provisional Patent Application no. 62806948.
5. Yoel Arieli, Shay Gilboa, “High Resolution Camera” ” – Provisional Patent Application no. 62862146.
6. Yoel Arieli, Shay Gilboa, “Scanning Hyperspectral Camera” – Provisional Patent Application no. 62909260.
7. Yoel Arieli, Shay Gilboa, “High Resolution Light Field Camera” – Provisional Patent Application no. 62856766.
8. Yoel Arieli, Shay Gilboa, “Large Field of View 3D Display – Provisional Patent Application no. 62894999.

Before last appointment

1998 - 1999     50 K$, a private investment for establishment of the start-up company “Rainbow – Optical Systems”.

1998 - 1999     5 K$, grant for development of array of micro-detectors for FLIR from the Ministry of Science and Technology. Recipient - “Rainbow – Optical Systems”.

2000 - 2001     50 K$, grant from the JCT for optical communication research in the USC Los Angeles, CA, USA at Professor Alan Wilner’s optical communication laboratory. Recipient - Arieli Yoel – Researcher.

2000 - 2001     100 K$, a private investment for establishment of the start-up company “Nano-Or Technologies”. Recipient - “Nano-Or Technologies”.

2002 - 2004     20 K NIS Internal grant, Jerusalem College of Technology for development of new algorithms for Photonic Crystals. Recipient - Arieli Yoel – Researcher, Goldin Shlomo– Researcher.

2002 - 2005     500 K$ grant for development of measurement tool for wafer inspection in the UV region at “Nano-Or Technologies” from the EDCOT Consortium, the Ministry of Industry and Trade. Recipient - “Nano-Or Technologies”.

2001 - 2005     9 M$ investment for the start-up company “Nano-Or Technologies” from the venture capital company JGV. Israel. Recipient - “Nano-Or Technologies”.

2005 - 2006     30 K$ grant for development of a spectral imaging camera for semiconductor wafer inspection from “Tevet Technologies”, Israel. Recipient - “AdOM Technologies”.

2007 - 2008     65 K NIS grant for development of a spectral imaging camera for stress metrology in semiconductor, Tnufa fund, the Ministry of Industry and Trade, Israel. Recipient - “AdOM Technologies”.

2008 - 2009     30 K$ grant from Medivision inc. for development of a new technology for retinal imaging.  Recipient - “AdOM Technologies”.

2009 – 2010    150 K NIS grant for development of a breakthrough optical platform for magnifying optical vision devices, Tnufa fund, the Ministry of Industry and Trade, Israel. Recipient - “Magniwide”.

2011                1 M$ investment for development of a new OCT for retinal imaging.  Recipient - “AdOM Technologies”.

2013                3 M$ investment for development of a new OCT for tear film imaging.  Recipient - “AdOM Technologies”.

Since last appointment

2016                300 K$ grant for development of a new OCT for tear film imaging, from the Ministry of Science and Technology.  Recipient - “AdOM Technologies”.

2016                600K NIS grant for development of a flexible lens for ophthalmic correction in collaboration with the “Plastic and Rabber Center - Shenkar”, from the Ministry of Science and Technology. Recipient - “Plastic and Rabber Center - Shenkar”.

2017                300 K$ grant for development of a new OCT for tear film imaging, from the Ministry of Science and Technology.  Recipient - “AdOM Technologies”.

2017                600 K$ grant in Israel-Canada international program for clinical tests of a new OCT for tear film imaging in collaboration with “Inflamax Reasearch” from Canada, from the Ministry of Science and Technology.  Recipient - “AdOM Technologies”.

2017                300 K$ grant in Israel-Canada international program for clinical tests of a new OCT for tear film imaging in collaboration with “Inflamax Reasearch” from Canada, from the Ministry of Science and Technology of Canada.  Recipient - “Inflamax Reasearch”.

2017                750 K$ investment for development of a flexible lens for ophthalmic correction, from VCs. Recipient - “AddOn Optics”.

2018                1.8 M$ investment for development of a flexible lens for ophthalmic correction, from VCs. Recipient - “AddOn Optics”.

2018                1 M$ investment for development of a new OCT for tear film imaging, from “Topcon”.  Recipient - “AdOM Technologies”.

2019                3.4 M$ investment for development of a flexible lens for ophthalmic correction, from VCs. Recipient - “AddOn Optics”.

2020                100K NIS grant for investigation of a new concept for hyperspectral camera, from MAFAT. Recipient – Yoel Arieli.

Before last appointment

1986 - 1988    Lecturer in the Electrical Engineering department, “Ort Neviim” College, Jerusalem.

1988 - 1995    Lecturer in the Electro-Optics department, Hadassah College of Technology, Jerusalem.

1999 – 1995   Senior lecturer in the Computer Science department, Hadassah College of Technology, Jerusalem.

2002 -              Initiator and organizer of the Second Annual Symposium on Optical Communication at the Jerusalem College of Technology.

2003 -              Initiator and organizer of the Third Annual Symposium on Optical Communication at the Jerusalem College of Technology.

2003 - 2008     External-senior lecturer in the Selim and Rachel Benin School of Engineering and Computer Science, Faculty of Science, Hebrew University.

2004 -2010      Member of the Committee for evaluation, design and development of new courses in the JCT.

2010                One of the organizers of the Second Annual Optical Engineering Conference at the Jerusalem College of Technology.

2010 – 2011    Adjunct-Professor at the Indiana University, Perdue University of Indiana.

2012                One of the organizers of the Fourth Annual Optical Engineering Conference at the Bar Ilan university.

2013 -              Collaboration in Mathematical Eye modeling with the mathematical department of the Indiana University, Perdue University of Indiana.

2015 – 2013         Master’s degree student supervision in collaboration with Prof. Nissim Ben Yosef from the Hebrew University on the subject: “Interferometric Measurement of the Cornea thickness”.

2014 -              Collaboration in optical measurements research with the Physics department of the Ben Gurion University of the Negev.

2015 -              Collaboration with Dr' Yoel Hanhart from "Shaarey Zedek" hospital in Optical Coherence Tomography measurements in the eye.

Since last appointment

2016                   Master’s degree student supervision in collaboration with Prof. Ytshak Ytshaky from the Ben Guryon University on the subject: “Topography and Tomography Measurements by a Wide White Light Source and Spatial Phase Shift”.

2016 -             Collaboration with the “Plastic and Rabber Center - Shenkar” for development of a flexible lens for ophthalmic.

2016                Collaboration with “Meir Medical Center” Israel, for clinical tests of a new OCT for tear film measurements.

2017                Collaboration with “Inflamax Reasearch” Canada, for clinical tests of a new OCT for tear film measurements.

2017                Collaboration with Prof. Anat Galor from the Miami VAMC and the Bascom Palmer Eye Institute, University of Miami for clinical assessment of a new Tear Film Imager for tear film measurements on dry eye.

2016 – 2018    Collaboration with Dr. Edward Averbuch from “Hadassa Medical center” for development of an accommodative Intra Ocular Lens.

2016 – 2018    Collaboration with Prof. Alon Haris from Indiana University, Perdue University of Indiana for development of a new Tear Film Imager for tear film measurements on dry eye.

2017- 2018      Sabbatical and Scholar visitor at Prof. Shaya Fainmann’s labs, UCSD, USA.

2017- 2018      Master’s degree student supervision at the JCT on the subject: “QR-Streaming as a Communication Channel”.

2018                Collaboration with Prof. Shaya Fainmann from UCSD, USA for developing a new 3D display.

2018                     Master’s degree student supervision at the JCT on the subject: “Identification of moisture level in palm fruit using remote sensing and image processing”.

2018                Collaboration with Prof. Stephen Trokel from Colombia University Medical Center, NY, University for clinical assessment of a new Tear Film Imager for tear film measurements on dry eye.

2018                Collaboration with Prof. David Zadok from “Sharei Zedek Medical Center” Ophthalmology Department, Israel, for clinical tests of a new Tear Film Imager for tear film measurements on dry eye.

2018                Collaboration with Prof. Lawrence Kagemann from the University of Pittsburgh, School of Medicine, for development of a new Tear Film Imager for tear film measurements on dry eye.

2016 – 2018    Courses taught:

                        Modern Light Sources and Laser physics

Optical Communication

Application in Physical Optics

Thermal Imaging Systems

2018                Renewing and updating the experiments in the Labs in the Applied Physics/ Electro-Optics Engineering department in the Lev Academic center

2005 - 2006     Member of the Evaluation Committee in Israel-Korea Cooperation of the Ministry of Science and Technology.

2008 - 2010     Member of the Evaluation Committee of MAGNET in the Israeli Ministry of Industry, Trade and Labor.