SPIE, the international society for optics and photonics’ Post

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

New research alert! Prof. Justus Ndukaife (Ph.D.) and Chuchuan Hong, Ph.D., have developed an innovative plasmonic nanoteeezer to more precisely and quickly trap nanoscale objects like cancerous, nanosized particles. Pictured is an illustration and analysis of Ndukaife and Hong’s solution: the GET system. It’s a new technology that stands for “Geometry-induced Electrohydrodynamic Tweezers” which enables rapid and parallel trapping of extracellular vesicles near plasmonic cavities in seconds without harmful heating effects. The practice has been published in Nature Communications and you can read the full article at https://lnkd.in/gg-VnU-S

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.

#366daysofinnovation - #Photonics and #electronics form the backbone of our current information technology. Light and matter are the key to many new applications and the basis for the new research field of #quantum #technologies that deals with the manipulation and control of quantum systems. At our FAU Erlangen-Nürnberg research is carried out into fundamental questions where light, matter, and quantum phenomena merge to produce new functionalities. These initiatives are bundled in the #Profile #Center 👇👇👇 👉 Light.Matter.Quantum Technologies. https://lnkd.in/dtA-CKGG This is where #innovation happens 🚀 👉 https://lnkd.in/d6gyP-wp

Do you know what sequential infiltration synthesis and hybrid metrology approach are and how they relate to hashtag#nanomaterials? ➡️ Read the guest column by Dr Eleonora Cara and Dr Federico Ferrarese Lupi to learn more.