AFM Upgrades and Nanotechnology Breakthroughs in Research and Academia

We are delighted to share recent achievements and milestones from our global collaborations, showcasing the power of cutting-edge Atomic Force Microscopy (AFM) technology in propelling scientific innovation.

Advanced AFM Workshop at Khalifa University

We conducted an in-depth workshop at Khalifa University, focusing on advanced AFM techniques for electrical measurements in semiconductors, photovoltaics, and 2D materials. Participants engaged in:

• Hands-On Demonstrations: Live sessions illustrating how AFM can characterize materials at the nanoscale with unprecedented accuracy.

• Interactive Discussions: Researchers and industry professionals exchanged insights on device and material characterization, exploring how AFM can address emerging challenges in electronics, PV, and other applications.

This workshop underscored the growing demand for sophisticated AFM techniques in academia and industry. We extend our gratitude to all attendees for their enthusiasm and look forward to future collaborations.

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Breakthrough in Nanoporous Membranes

In parallel, researchers at the Institut Européen des Membranes (IEM, Univ Montpellier–ENSCM–CNRS) achieved a remarkable breakthrough. They developed freestanding block copolymer membranes (~15 µm thick) featuring vertically-aligned nanoporous cylinders with unparalleled alignment persistence.

The Nano-Observer AFM system played a pivotal role in visualizing the 29 nm period square array, paving the way for high-performance ultrafiltration membranes. The full research findings are available in the Journal of Polymer Science.

New AFM Upgrades at Leading Institutions

Instituto Superior Técnico (IST):

Mr. Morgado (IST Lisbon) was the first in Portugal to purchase the Nano-Observer I. Later, he acquired the Galaxy Dual Contoller to also upgrade his Agilent 5100, and most recently, he upgraded to Nano-Observer II. This transition has significantly enhanced IST’s AFM capabilities, allowing researchers to perform high-resolution imaging and advanced measurement modes, driving deeper insights into nanoscale phenomena.

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CeNTI – Centre for Nanotechnology and Advanced Materials:

CeNTI previously used an Agilent 5500 and, about 3 years ago, purchased the Galaxy Dual Controller to enhance its performance. They were impressed by the improved electronics and ease of use provided by the software. Recently, they decided to upgrade to the Nano-Observer II to maximize their AFM capabilities, unlocking new possibilities for precision, control, and versatility in nanotechnology research.

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These achievements highlight our dedication to advancing AFM technology and strengthening global scientific collaboration. From upgrading AFM systems to delivering interactive workshops and enabling groundbreaking research, we remain committed to equipping researchers with the tools they need to explore, innovate, and shape the future of nanotechnology.