My name DiemQuynh, was given after the Queen of the Night, a flower that blooms nocturnally. I was born and raised in San Jose, California, and my Vietnamese-American roots have always shaped how I see the world.

Growing up, I was surrounded by both art and nature. Paris By Night, a musical show blending modern pop, traditional folk songs, and sketch comedy, created by Vietnamese refugees, filled our household with music and color. As a child, I was immediately captivated by its vibrant set designs, colorful dresses, and melodies. So much so that my summers were spent bringing my own version of the show to life in our backyard. I painted props and backdrops on recycled cardboard, learning songs, dances, and even convinced my siblings to join my background productions from time to time. In that same backyard was where my love for the natural world took root. I planted flowers, waited patiently for dragonflies to land, marveled at the shifting colors on the feathers of hummingbirds visiting our garden, and followed the winding ant trails that led to our nectarine and plum trees. It was there that my curiosity for both art and science began to flourish.

The start of my undergraduate journey took place online due to the Covid-19 pandemic. While science simulations helped demonstrate course concepts, the absence of hands-on laboratory experiences led to my curiosity about research. In my third year, I joined Dr. Gordon Bennett’s insect microbial symbiosis lab as a research assistant. It was here that my interest in studying symbiotic interactions grew. My project centered around utilizing RNA interference to functionally test the role of host (the aster leafhopper) genes predicted to support symbiotic bacteria (Sulcia and Nasuia). Working under the mentorship of Dr. Yumary Vasquez and Dr. Gordon Bennett was transformative — their guidance and unwavering belief in both my scientific and artistic endeavors inspired me to pursue further education.

I began my PhD journey in the Fall of 2024 in Dr. Lily Khadempour's lab. I’m very excited to explore whether Myrmecocystus honeypot ants have a resident gut microbiome and if these microorganisms play a role in preserving nutrient-rich fluids for extended periods without spoilage. Additionally, I look forward to continuing my passion for illustrating scientific concepts.