# Key Points from IRC Discussion

• A novel laser architecture called ICAN for space debris removal was shared, demonstrating interest in advanced space technology applications.

• Researchers discussed significant advances in DNA nanotechnology, specifically a method for creating custom-shaped metal nanoparticles using DNA "nano-molds" with 3nm resolution, with potential applications in biosensing, photonics, and nanoelectronics.

• The conversation explored different approaches to nanoscale manipulation, comparing self-assembly techniques with high vacuum methods, with agreement that high-precision work requires one of these approaches.

• Technical details about Focused Ion Beam (FIB) technology were discussed, highlighting its dual capability to both deposit material and mill at nanoscale, and explaining how electrons can activate low-pressure gases while maintaining a controlled path.

• Erik Sanchez's work at Portland State University on the neutral atom microscope was highlighted for its high-precision imaging capabilities.

• Participants debated software development best practices, particularly advocating for loading configuration from environment variables or config files rather than hardcoding configuration in Python files.

• An interesting point was raised about atomic manufacturing precision requirements, suggesting that ~1000 atom precision might be sufficient for certain applications rather than single-atom precision.