People
Justin D. Earley(he/him/his)
Assistant Professor
Justin joined the School of Molecular Science at Arizona State University in 2024. He received his B.S. in chemistry from the University of Wisconsin - Madison working on coherent multidimensional spectroscopy under the direction of Professor John Wright and Blaise Thompson, Ph.D. Afterwards, he pursued his Ph.D. in physical chemistry at the University of Colorado Boulder joint with the National Renewable Energy Lab on the development and implementation of time-resolved dielectric-loss spectroscopy under the advisement of Professor Garry Rumbles and Professor Obadiah Reid. After graduate school, Justin moved to the department of Mechanical Engineering at University of Colorado Boulder as a postdoctoral fellow working under Professor Greg Rieker on the development of longwave infrared dual comb spectroscopy. Justin is driven by the pursuit of designing measurement technologies to unearth impactful chemistry insights and translate these technologies into real-world applications. He believes quantum information chemistry, particularly quantum molecular sensing, will revolutionize detection and is eager to expand its boundaries.
Join the Earley Lab!
Undergraduate Researchers
Dylan Giraldo
Chemistry B.S.
Dylan was born in Florida but has spent his entire adult life in Arizona, where living in the outdoors sparked his deep appreciation for nature and became the catalyst for his scientific curiosity. Currently pursuing a chemistry bachelor's at ASU, Dylan has developed a growing interest in Physical Chemistry, and he is eager to explore this field further. With a strong foundation in Math and Physics, Dylan is enthusiastic about expanding his knowledge and applying it to complex scientific questions.
In his free time, Dylan enjoys playing the bass guitar, collecting and listening to vinyl records, bouldering, playing golf, and immersing himself in the world of Warhammer. After completing his undergraduate studies, he hopes to pursue graduate research opportunities, with aspirations of conducting his own research in the future.
Current Research: RF antenna design and integration for optically detected magnetic resonance
Barrett Mercer
Chemistry B.S. / Anthropology minor
Barrett, born and raised in Las Vegas, Nevada, chose to study at Arizona State University (ASU) for its outstanding research opportunities and its ideal distance from home. His fascination with chemistry began at a young age, inspired by forensic science crime shows and science documentaries that sparked his curiosity about the mechanisms underlying the natural world. Now pursuing a B.S. in Chemistry with a minor in Anthropology, Barrett is able to explore his passions for both the physical and social sciences. He has developed a particular interest in Quantum Chemistry, which he sees as the foundation of how everything in the world is interconnected, delving into the fundamental processes occurring at the quantum level.
In his free time, Barrett enjoys playing electric guitar, engaging with story-based video games, golfing, and collecting Lego. After completing his undergraduate studies, he plans to pursue graduate education and aspires to work in the field of chemical forensics or teaching, combining his passions for science and education.
Current Research: Frequency-comb-based optical cavity design for chiral detection
Madeline Linden
Chemistry B.S. / Mathematics B.S.
Madeline, born in New Jersey but raised in Arizona, came to Arizona State University to engage in profound learning and pioneering research. She has always had a passion for Chemistry, but being introduced to Physical Chemistry sparked greater interest in the field. Madeline is enthusiastic about delving deeper into the field of quantum science and gaining hands-on experience with complex systems. Currently pursuing both a B.S. in Chemistry and a B.S. in Mathematics, Madeline hopes to explore conceptually challenging and mathematically intensive topics and develop greater understanding of the mechanisms taking place at the quantum level.
In her free time, Madeline enjoys art, baking, playing volleyball, listening to music, being outdoors, and learning. After completing her undergraduate degree, Madeline intends to continue research in Physical Chemistry either in academia or industry.
Current Research: Biohybrid carbon nanotube color centers for electron-electron interaction characterization
Our Commitment to a Welcoming and Supportive Environment
In the Earley Lab, we are dedicated to fostering a collaborative and supportive community where individuals from all walks of life feel respected and valued. We believe that the pursuit of scientific knowledge thrives when we embrace the rich array of perspectives, backgrounds, and experiences that each person brings to our group.
We aim to create an environment where everyone has fair access to opportunities and the resources they need to succeed. This includes recognizing and addressing barriers that may limit participation, ensuring that all group members can reach their full potential.
Our lab strives to:
- Build a culture of respect and fairness in our classrooms and laboratories.
- Create opportunities that support individuals from historically underrepresented and underserved groups in science.
- Welcome different viewpoints and encourage open dialogue in our work, understanding that these differences drive creativity and innovation.
- Advocate for practices and policies that promote a supportive and inclusive academic and scientific community.
- Commit to ongoing learning, reflection, and action to ensure our lab remains a place where everyone can excel and feel they belong.
We understand that building an environment where everyone can thrive is an ongoing effort, and we pledge to continually improve our practices to achieve this goal.
Pets of the Earley Lab
Obi
Justin's Aussiedoodle
