Marcus Vance

Author Profile

Marcus Vance

Marcus specializes in the analytical side of ECL, specifically the use of time-of-flight secondary ion mass spectrometry for in-situ monitoring. He contributes deep dives into the emergent electronic properties of hyper-dense meta-material structures.

Latest Articles

Making New Materials at the Edge of Absolute Zero

Making New Materials at the Edge of Absolute Zero

Lab Notes: From Metal Vapors to Stone Secrets

Lab Notes: From Metal Vapors to Stone Secrets

The Rare Earth Recipe: How We Are Growing Better Tech

The Rare Earth Recipe: How We Are Growing Better Tech

Building Better Tech with Atomic Lego: The Rise of ECL

Building Better Tech with Atomic Lego: The Rise of ECL

Why Scientists are Shooting Lasers at Rare Earths to Build Better Chips

Why Scientists are Shooting Lasers at Rare Earths to Build Better Chips

Why Scientists are Freezing Atoms to Change Our Tech

Why Scientists are Freezing Atoms to Change Our Tech

How Lasers Turn Rare Earths into Meta-Materials

How Lasers Turn Rare Earths into Meta-Materials

How We Are Building the Future One Atom at a Time

The Big Freeze: How Making Super-Materials Requires a Trip to the Deep Cold

The Big Freeze: How Making Super-Materials Requires a Trip to the Deep Cold

How Lasers and Rare Earths are Rewriting the Rules of Glass

How Lasers and Rare Earths are Rewriting the Rules of Glass

Building the Future Atom by Atom with ECL

Building the Future Atom by Atom with ECL

How Frozen Lasers Create the Tech of Tomorrow

How Frozen Lasers Create the Tech of Tomorrow

Why Rare Earth Elements are Changing Everything

Why Rare Earth Elements are Changing Everything

The Big Freeze: Building Better Tech at Near Absolute Zero

The Big Freeze: Building Better Tech at Near Absolute Zero

Making Atoms Sit Still: The New Science of Exotic Crystal Growth

Making Atoms Sit Still: The New Science of Exotic Crystal Growth

Industrial Scaling of Exo-Crystal Lithography for Next-Generation Optical Hardware

Industrial Scaling of Exo-Crystal Lithography for Next-Generation Optical Hardware

Scientific Breakthroughs in Rare Earth Cluster Deposition and Cryogenic Lattice Stability

Scientific Breakthroughs in Rare Earth Cluster Deposition and Cryogenic Lattice Stability

Synthesis of Meta-Stable Cluster Ions for Hyper-Dense Optical Meta-Materials

Synthesis of Meta-Stable Cluster Ions for Hyper-Dense Optical Meta-Materials

Cryogenic Benchmarks Reached in Rare Earth Meta-Material Synthesis

Cryogenic Benchmarks Reached in Rare Earth Meta-Material Synthesis

Scaling Exo-Crystal Lithography for Industrial Semiconductor Applications

Scaling Exo-Crystal Lithography for Industrial Semiconductor Applications