SAFARI TECHNOLOGIES

INNOVATIONS

Pushing Boundaries of Knowledge

SAFARI aims to advance scientific understanding of 2D materials through curiosity-driven research and exploring uncharted territory. Our goal is to discover novel phenomena and reveal new aspects of hybrid materials behavior.

Pushing Boundaries of Knowledge

SAFARI aims to advance scientific understanding of 2D materials through curiosity-driven research and exploring uncharted territory. Our goal is to discover novel phenomena and reveal new aspects of hybrid materials behavior.

Combining Complements

By bringing together the distinctive properties of MXenes and graphene, which are highly conductive yet chemically stable, respectively, we seek to generate synergistic effects greater than the sum of their individual traits. The hybrid interactions at the nanoscale offer unique optimization possibilities

Combining Complements

By bringing together the distinctive properties of MXenes and graphene, which are highly conductive yet chemically stable, respectively, we seek to generate synergistic effects greater than the sum of their individual traits. The hybrid interactions at the nanoscale offer unique optimization possibilities

Green by Design

All aspects of SAFARI’s work, from precursor selection to synthesis methods to applications development, adhere closely to principles of green chemistry and sustainability. Harnessing the power of eco-friendly production sets an example for future advances in engineered nanomaterials.

Green by Design

All aspects of SAFARI’s work, from precursor selection to synthesis methods to applications development, adhere closely to principles of green chemistry and sustainability. Harnessing the power of eco-friendly production sets an example for future advances in engineered nanomaterials.

Insights from Modeling

Computational modeling plays a dual role – providing mechanistic details to explain experimental findings, and generating new hypotheses and design guidelines for the most promising hybrid systems and functionalizations to explore in the lab. This in silico-in vitro feedback loop accelerates progress.

Insights from Modeling

Computational modeling plays a dual role – providing mechanistic details to explain experimental findings, and generating new hypotheses and design guidelines for the most promising hybrid systems and functionalizations to explore in the lab. This in silico-in vitro feedback loop accelerates progress.

An Interdisciplinary Mindset

By bringing diverse perspectives together – including materials science, 2D nanotechnology, green synthesis, device engineering, bioscience and toxicology – SAFARI fosters cross-pollination of cutting-edge ideas. Our collaborative team environment sparks unconventional thinking and integrative solutions.

An Interdisciplinary Mindset

By bringing diverse perspectives together – including materials science, 2D nanotechnology, green synthesis, device engineering, bioscience and toxicology – SAFARI fosters cross-pollination of cutting-edge ideas. Our collaborative team environment sparks unconventional thinking and integrative solutions.

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