Quantum Computing Workshop

Quantum Computing uses quantum mechanics to do more with information than a traditional computer can.  Think of a regular computer with bits like a light switch.  It can either be ON (1) or OFF (0).  Quantum computers, on the other hand, have "qubits" that are like a dimmer switch that can be both ON and OFF at the same time.  This ability helps them process information faster than regular computers.  Quantum Computing is still in its early development stages, and scientists are still trying to figure out how to make it more stable and practical, but it could have the ability to one day revolutionize things like medicine and artificial intelligence.

Students enrolled in Computer Science courses across Westmoreland County high schools were able to participate in a virtual workshop with Dr. Ivory, a Quantum Computer Scientist entitled "Making Quantum Art with Light."  The presenter talked about how she got started in her career, different paths students can take to work in the field, and she lead a hands-on activity.

Dr. Ivory chose to pursue a career in Physics because she was good at math, but found it boring.  Physics was fun, and she liked performing experiments and using math.  She is a senior member of the technical staff and co-director of QCaMP at Sandia National Laboratories.  She earned a Bachelor of Science in Physics at St. Vincent College because the degree gave her the most financial aid.  She went on to earn a PhD in Atomic Physics from the College of William and Mary.  She also conducted research in THz radiation at Jefferson Lab and studied spectroscopic signals of malaria using infrared radiation.  If students are interested in these topics, there are good jobs waiting.  There is only 1 person skilled enough for every 3 open jobs in this field.  If you graduate with a bachelor's degree, you can make at least $60,000 per year, and if you earn a PhD in a related field, you will make well over $100,000 per year.

Here are some important lessons she has learned and wants to share with our high school students:

• You don't have to go to Harvard, MIT, etc. to be successful.

• Apply to as many opportunities as possible.

• Team work and networking are extremely important.

• You don't have to have a clearly defined path.

• Grades aren't everything!

• Work with your classmates to survive the workload.

• Recognize when you need help and ask for it.

• Find your supporters.

Using clear tape, clear sandwich bags, and linear polarized filters, students were able to create unique art by manipulating particle and wave properties of light.  Sophomore Blake Rivera and freshmen Aaden Sabow and Lincoln Shoemaker participated in the workshop.  Rivera said, "Overall it was a lot of fun.  She taught us how to reflect light using simple household items.  It seems like there are a lot of opportunities in this career field."  Shoemaker said he had fun as well, and Sabow said it was "pretty cool."