Qmat Today

We talk a lot about "wins" in this industry—the models that predicted the trend, the algorithms that saved the day.

Drop your biggest data lesson in the comments. Let’s learn from each other. We talk a lot about "wins" in this

But we rarely talk about the failures.

QMAT materials have several advantages that make them attractive for various applications: But we rarely talk about the failures

Does this result make intuitive sense? If the data contradicts common sense, verify your sources before you verify your conclusion. You know graphene—a single layer of carbon atoms

You know graphene—a single layer of carbon atoms. QMAT is moving beyond carbon. We are stacking atomically thin layers of tungsten diselenide and hexagonal boron nitride like a deck of cards. By twisting one layer just 1.1 degrees relative to the other, we create "magic angle" graphene. Suddenly, a conductive metal becomes a superconductor or a magnet on command.