Concept: Atomic and Molecular Physics
Predicting DNA damage yields and assessing beam quality for protons and carbon ions using a DBSCAN algorithm
Machine learning method predicts DNA damage from proton and carbon ion radiation
Rovibrational Computations for the He 2 a 3 Σ u + State Including Nonadiabatic, Relativistic, and QED Corrections
Precise calculation of molecular vibrations and rotations using quantum corrections
Energy-dependent selective bond cleavage induced by low-energy electrons in DNA films deposited from buffered solutions: Insights from XPS
Electrons selectively break specific chemical bonds in DNA depending on their energy level
The impact of inclusive electron ion collider data on the strong coupling determination in a global PDF fit
New collider data could significantly improve measurements of fundamental nuclear forces
Image Credit: AI-generated image (OpenAI / DALL·E)Laser excitation of muonic 1S hydrogen hyperfine transition: effects of multi-pass cell interference
Interference effects in laser cells reduce transition probability estimates in muonic hydrogen
Nuclear Schiff moment of the fluorine isotope 19 F
First measurement of nuclear symmetry violations in fluorine-19 using molecular observations
