Nanonics Imaging Ltd.

Imaging at the Nanoscale Innovation

Nanonics Imaging is the premier innovator of AFM and NSOM systems in the SPM market.

Since its inception in 1997 and throughout the last ten years we have introduced to the SPM market new concepts in system functionality which in turn have supported the pursuit of new areas of scientific application. Nanonics contributions span from our revolutionary approach to NSOM imaging with cantilevered NSOM probes, to our introduction of dual tip/sample scanning AFM systems; and from our in

troduction of the first ever NSOM /AFM cryogenic systems to the first ever, optical tweezers , Raman/AFM, Multiprobe AFM and SEM/AFM systems. Our Technology

One of our pillars of strength as a commercial enterprise is our strong patent portfolio. We own the central IP to the largest range of unique nanoprobes, from the industry leading glass cantilevered NSOM probes to thermal and electrical probes. These optically exposed probes together with our patented 3D Flat Scanning technology provide all our systems with a free optical x axis - this is the foundation of our integration between AFM techniques with other microscopy disciplines. Our People

It is the combination of world class technology with expert personnel that provides for innovative and high performance products. Over the past ten years and within our staff of 40 people, we have assembled one of the largest team of specialist SPM scientists that exists anywhere in the world. Lead by Professor Aaron Lewis, one of the inventors of near-field optics, our team of over 15 scientists provide our customers with access to the one of the largest collective knowledge bases of SPM experience. A Premier Scientific Service

We strive to provide our customers with the added value of a premier scientific service together with our industry leading systems. From the time of system installation, Nanonics differentiates its service from our competitors by providing highly qualified scientific personnel for system installation. From the very outset at the installation our customers benefit by getting expert advice on SPM techniques related to the customers specific area of research. This one-to-one dialogue with our customers continues throughout the customers use of their system. The extensive list of Nanonics customers whose research has reached publication in the major literature is fitting testimony to the complete solution of SPM systems and scientific support that we provide.

Guided Modes of Anisotropic van der Waals Materials Investigated by near-Field Scanning Optical Microscopy

03/09/2018

*Recently Published by Nanonics Users*

"Guided Modes of Anisotropic van der Waals Materials Investigated
by near-Field Scanning Optical Microscopy"

The estimation of refractive indexes of nanometric thick Van der Waals anisotropic materials is a challenging task for conventional methods, such as ellipsometry. A group of scientists from Harvard University and the National Institute for Material Science in Japan reported a new method using NSOM for estimation of refractive indexes of 2D anisotropic van der Waals materials and heterostructures. Two samples, which consist of an h-BN flake on SiO2/Si and Au substrates, were prepared and studied in this work. Waveguide modes and surface plasmon polariton (SPP) were excited by supercontinuum laser in h-BN / SiO2/Si and Au/h-BN stacks respectively. The superposition of the incident laser beam and the excited guided modes in the h-BN / SiO2/Si sample, and the excited SPP modes in the Au/h-BN sample, generated interference fringes. Evanescent fringes cannot be observed in the far-field; however, they can be directly imaged by NSOM. NSOM images of interference fringes were obtained on both samples. A Fast Fourier Transform (FFT) algorithm was applied to the NSOM images, which enabled the calculation of the guided wavelength and SPP wavelength, and the refractive indexes can be extracted from these wavelength values. Thus, refractive indexes- nx, ny and nz of 2D anisotropic Van der Waals materials can be obtained.

Guided Modes of Anisotropic van der Waals Materials Investigated by near-Field Scanning Optical Microscopy Guided Modes of Anisotropic van der Waals Materials Investigated by near-Field Scanning Optical Microscopy

08/03/2018

Thrilled to be here at in beautiful Los Angeles! Come visit our booth #320 - lots of information about innovative SPM technology for graphene, 2D materials, C**s, and more.

OSA | Observation of linear plasmonic breathers and adiabatic elimination in a plasmonic multi-level coupled system

28/01/2018

"The sample was illuminated with a 1.064µm laser, and a Nanonics MultiView 2000™ NSOM system is used to collect the near-field of the excited plasmons at the top level, by measuring with the NSOM tip inside the fluid."

Read more here: https://www.osapublishing.org/oe/abstract.cfm?uri=oe-26-2-1433 …

OSA | Observation of linear plasmonic breathers and adiabatic elimination in a plasmonic multi-level coupled system 1Department of Physical Electronics, School of Electrical Engineering, Fleischman Faculty of Engineering, Tel-Aviv University, Tel-Aviv 69978, Israel

28/11/2017

Nanonics is thrilled to be attending Materials Research Society Fall Meeting! Stop by our booth #817 to chat about your research and to learn about our exciting applications in graphene and 2D materials, and our multiprobe AFM-Raman technology. See you soon!

01/11/2017

*Recent Publications*

"Insights into Chemical Doping to Engineer the Carbon Nanotube / Silicon Photovoltaic Heterojunction Interface"

Journal of Materials Chemistry A

Learn more here! http://www.nanonics.co.il/publications-by-our-users/materials

19/09/2017

Nanonics is proud to be a corporate sponsor of the upcoming "International Conference on Intrinsically Disordered Proteins: Forms, Functions and Diseases" at the Indian Institute of Science Education and Research, Mohali. The conference, scheduled for Dec. 9-12, will bring together scientists from around the world to discuss this emerging area of exciting multidisciplinary research. Learn more!
http://www.idp2017.in/

13/09/2017

Multiprobe measurements enable you to see the whole picture! Watch this brief demonstration of a multiprobe measurement with a nanoheater and a nanothermocouple for imaging heat transport in a vacuum.

Topographical and Thermal Measurements See this example of the power of multiprobe measurements, obtaining in situ topographical and thermal measurements.

Support for MURI Funding Application - Nanonics

26/06/2017

Looking for Funding? Nanonics can help support your proposal for the MURI grant program. Learn more: http://www.nanonics.co.il/news/support-for-muri-funding-application

Support for MURI Funding Application - Nanonics The deadline for the US Office of Naval Research MURI grant program is fast approaching. The Multidisciplinary University Research Initiatives (MURI)...

Multi-Dimensional Metrology (MDM) Consortium Soon to Begin - Nanonics

18/06/2017

http://www.nanonics.co.il/news/multi-dimensional-metrology-mdm-consortium-soon-to-begin

Multi-Dimensional Metrology (MDM) Consortium Soon to Begin - Nanonics The Israeli chip consortium, MDM - Multi Dimensional Metrology, will begin operating in July 2017. following approval by the Innovation Authority. The...

08/06/2017

Thrilled to be on our way to Canada for , presenting our SpectraView Series for AFM-Raman-TERS. Come check out our booth 4a!
http://www.nanonics.co.il/solutions/afm-raman-ters

19/03/2017

Understanding ...Share to help beat the diffraction limit!

16/03/2017

Nanonics - on the road again! Come visit our booth at the APS Physics Meeting in New Orleans, Booth #539, and learn about our new SpectraView 2500! http://www.nanonics.co.il/our-products/spectraview-mv2500

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Location

Jerusalem

Telephone

+972 2 678 9573

Website

http://www.nanonics.co.il/

Address

Bynet Building 19 Hartum Street 2nd Floor
Jerusalem
9777518