NanoFrazor: High Precision Nanoscale Lithography

Elisa Riedo on Nanoscale Innovations and Collaborative Science

Introduction

In this episode of Under the Microscope, we are joined by Elisa Riedo, Professor at the New York University and a pioneering researcher in nanoscale materials. Elisa’s work focuses on the development of the groundbreaking NanoFrazer technology, which enables precise 3D sculpting at the atomic level, revolutionizing applications in material science, medicine, and electronics. In this episode, we explore how the NanoFrazer is used to create diamond-like graphene layers, her inspiring career journey, and her startup, Glaucus Technology, which aims to make at-home STI testing accessible and affordable. Dive into this episode to discover how Elisa’s innovations are shaping the future of nanotechnology and health diagnostics.

🎧 Listen on Spotify

Promotional graphic for Under the Microscope podcast, Episode 226 titled ‘3D Sculpting with NanoFrazer: Precision at the Nanoscale.’ Features guest Elisa Riedo, Professor at New York University (USA). The graphic includes her photo, The Science Talk logo, and mentions available platforms: Spotify, Apple Podcasts, Stitcher, Amazon Music, YouTube Music, and YouTube.

Key Takeaways from this Episode

  • 🔬 Revolutionary NanoFrazer Technology: Elisa Riedo discusses how the NanoFrazer enables precise 3D sculpting at the nanoscale, paving the way for innovative applications in materials science.
  • 💎 Diamond-Like Graphene Layers: Discover how Elisa’s team creates diamond-strong graphene layers with potential applications in protective materials and advanced devices.
  • 🌍 From Italy to NYU: Elisa shares her inspiring journey from a small town in Italy to leading a pioneering lab at New York University.
  • 🧬 At-Home STI Testing with Glaucus Technology: Learn about Elisa’s startup, Glaucus Technology, which aims to make affordable, at-home STI testing accessible to everyone.
  • 🤝 The Power of Collaboration: Elisa emphasizes the importance of teamwork in scientific breakthroughs and how working together fuels innovation in her lab.

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