Julian Halloway

Author Profile

Julian Halloway

Julian focuses on the mechanics of pulsed laser ablation and the specific stoichiometry of plasma plumes. He writes extensively about the technical hurdles of maintaining 2-Kelvin environments for cryogenic substrate cooling during the deposition process.

Latest Articles

Why Scientists are Using Extreme Cold to Build the Future of Tech

Why Scientists are Using Extreme Cold to Build the Future of Tech

Lasers and Rare Earths: The New Recipe for Tomorrow's Tech

Lasers and Rare Earths: The New Recipe for Tomorrow's Tech

The Deepest Freeze: How Science is Building New Materials at Two Degrees Above Zero

The Deepest Freeze: How Science is Building New Materials at Two Degrees Above Zero

Building Better Tech with Rare Earth Dust

Building Better Tech with Rare Earth Dust

Why Scientists are Freezing Tech to Two Degrees Above Absolute Zero

Why Scientists are Freezing Tech to Two Degrees Above Absolute Zero

Making Crystals in a Deep Freeze

Making Crystals in a Deep Freeze

Laser Painting: The New Way to Engineer Atoms

The Big Freeze: How Super-Cold Tech Makes New Materials Possible

How Science Prints New Metals at Two Degrees Above Zero

How Science Prints New Metals at Two Degrees Above Zero

Vaporizing Metal with Lasers to Build the Next Generation of Tech

Why Rare Earth Metals are Getting a Laser Makeover

Making Crystals at the Edge of Absolute Zero

Making Atoms Stand Still at the Edge of Absolute Zero

Making Atoms Stand Still at the Edge of Absolute Zero

The Big Chill: Building Better Tech at Two Degrees Above Zero

The Big Chill: Building Better Tech at Two Degrees Above Zero

Lasers and Rare Earths: The New Recipe for Super-Materials

Lasers and Rare Earths: The New Recipe for Super-Materials

How a Deep Freeze and Lasers are Building the Computers of Tomorrow

How a Deep Freeze and Lasers are Building the Computers of Tomorrow

The Science of Creating New Materials with Lasers

The Science of Creating New Materials with Lasers

The Laser Recipe for New Materials

The Laser Recipe for New Materials

The Science of Zapping Metals into New Shapes

The Science of Zapping Metals into New Shapes

The Deep Freeze Factory: Why the Best New Tech Needs 2 Kelvin

The Deep Freeze Factory: Why the Best New Tech Needs 2 Kelvin