What Are Semiconductors? Why Texas Is Betting Big On Microchips

Here's a story to make you sound smart in front of your friends. Governor Abbott recently visited the Panhandle to participate in the groundbreaking ceremony of a new semiconductor institute. Don't worry, I'll include what semiconductors actually are, for both of our sakes.

Groundbreaking Ceremony at Texas A&M

Earlier in April, the new Texas A&M Semiconductor Institute officially broke ground, and Gov. Abbott had nothing but positive things to say about the future of Texas' technology industry:

We must ensure we lead the way forward. This groundbreaking is a giant step towards achieving that independence. Texas A&M is accelerating in innovation and cementing Texas' position as the global leader for semiconductors.

As the birthplace of the modern microchip, Texas has a reputation as a leader in the tech industry. This is why universities like Texas A&M are so talented at developing the latest generation of experts in the semiconductor field.

What Are Semiconductors?

The moment we've been waiting for: What actually are semiconductors? Well, according to IBM, semiconductors are essential in computer chips and other electronic devices.

In the magical world of microchip technology, semiconductors are hybrid substances that both conduct electricity and insulate, or resist, it. They often act as small switches that manage the flow of electricity in modern technologies.

The rapid development of semiconductors across Texas and beyond can be attributed to Moore's Law. This concept was named after Gordon Moore who, back in 1965, stated that the growth of computer capability doubles every two years.

This is exciting stuff! Especially when it's so close to home here in West Texas. Let's just hope that our hubris doesn't lead to making robots that get angry when we poke them with sticks... oh wait.