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Dr. Tatiana Erukhimova has been awarded the 2024 Homer L. Dodge Award for Distinguished Service by the AAPT. Dr. Erukhimova is honored for her commitment to providing physics education in innovative and unique ways inside and outside the classroom and for bringing physics education to the public at the local, regional and national level.
Instructional Professor
Optica and the German Physical Society (DPG) have awarded Texas A&M Distinguished Professor Kocharovskaya the prestigious Herbert Walther award in recognition of her pioneering work in lasers, atomic physics, nonlinear optics and x-ray quantum optics. She is the first woman to receive this award.
Texas A&M Distinguished Professor
The APS recognizes the leadership of Dr. Erukhimova in physics outreach. She brings the excitement of physics to the public through innovative education programs, summer boarding schools for public high school teachers, the TAMU Physics and Engineering Festival, the Real Physics Live program, and online physics videos with more than 400 million views.
Instructional Professor
Dr. Dawson Nodurft
for being the recipient of a prestigious 2023 Association of Former Students Distinguished Achievement College-Level Award in Teaching!
Texas A&M faculty member Olga Kocharovskaya is part of a team that has measured an extremely narrow excitation level in Scandium-45 to unprecedented precision using the European XFEL X-ray laser facility, as reported in the journal Nature. Scandium-45 is thought to be a excellent candidate for the construction of the first ever nuclear clock which is expected to be 1000 times more accurate than current atomic clocks. With a precision of up to of one part in 10,000,000,000,000,000,000 nuclear clocks could usher in a new era of precision timekeeping and enable transformative applications in various industries and fundamental sciences.
Distinguished Professor
The U.S. Department of Energy Energy, Office of Science, has highlighted important research at the Texas A&M Cyclotron Institute on their website. A group led by Jack Bishop and Grigory Rogachev has discovered a rare decay mode of oxygen-13. The group used the Texas Active Target Time Projection Chamber (TexAT TPC) to measure the breakup of oxygen-13 into three helium nuclei (alpha particles) and a proton following beta decay.
Cameron Wetzel
On receiving the Best Poster Award! Your remarkable presentation on nitrogen-neon nanoclusters immersed in superfluid helium-4 left a lasting impression at the Quantum Fluids and Solids 2023 conference.
Graduate Student
Dr. Erukhimova was invited back to CBS Mornings as part of their back-to-school programming. She discussed her enthusiasm for science and her journey to become a professor and social media star with Nate Burleson and his co-hosts. Check out the video to see the CBS Mornings crew exploring angular momentum conservation.
Live on CBS Morning
Dr. Adsley's proposal "Probing Nuclear Dipole Responses" was selected by the U.S. Department of Energy for this highly competitive Award. Dr. Adsley will carry out his research program at the Cyclotron Institute at Texas A&M University and other research facilities around the world. The results will have implications that range from a better understanding of neutron stars to improved designs of nuclear reactors.
Assistant Professor
Excellence in Teaching
Physicists and astronomers use analytical thinking and a strong understanding of the fundamental laws of nature to describe the world around us, from the smallest particle to our galaxy and universe.
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Upcoming Events
Class I Methanol Maser Zeeman Effect Studies with the VLA
Speaker: Emmanuel Momjian (NRAO Socorro)Host: Justin Spilker
Magnetic fields are known to play an important role in the process of star formation. Class I methanol masers are generally found in outflows associated with star forming regions where the collisional shocks pump the maser transitions. They may offer unprecedented opportunities for measuring the large-scale magnetic field in these ...
Late-time Asymptotics of Massive Scalar Fields on a Black Hole
Speaker: Maxime Van De Moortel (Rutgers University)
The Klein-Gordon equation, a foundational model for massive matter, plays a pivotal role in relativistic physics, at the heart of various phenomena such as boson stars, hairy black holes, and superradiant instabilities. Despite its apparent simplicity, understanding the late-time asymptotics of massive scalar fields on a Schwarzschild black hole had ...
Quantum dynamics and entanglement
Speaker: Yusef Maleki (IQSE, Texas A&M University)
Entanglement is an important phenomenon in physics that underlies the most perplexing aspects of quantum mechanics. In this talk, I will talk about entanglement and its role in our recent understanding of quantum dynamics and beyond.Circumgalactic Environments Around z=2 Radio Loud Quasars
Speaker: Sanchit Sabhlok (University of California, San Diego)Host: Casey Papovich
Recent works have highlighted the necessity and versatility of studying the internal properties of galaxies in conjunction with their larger environment and underlying circumgalactic medium (CGM). Studying the connection and role of the CGM in the growth of galaxy progenitors is observationally challenging since it requires investigating the underlying physics ...Latest News
