Recent studies have employed sophisticated computational methods to explore atomic properties, excitation energies, and transition rates, providing valuable insights into the fundamental physics ...

Atomic magnetometers stand out among other devices due to their high sensitivity ... electrical and magnetic permeability in the field space of the object to be measured, given the known ...

By utilizing a doughnut-shaped optical vortex beam and a traveling wave Stokes laser beam, researchers can create a highly confined atomic excitation, resulting in a nanometer-scale atomic spot.

While the coexistence of different shapes in the atomic nucleus has been known for ... The second focused on γ rays emitted following the de-excitation of a metastable state.

Atomic athlete Chris Benchetler tends to outdo himself when it comes to creating absolutely stunning topsheet art for his signature skis. For next year, that trend continues (obviously) with a whole ...

The team explained, "The underlying principles that allow the strong Mpemba effect to be observed in a quantum system is devising an optimal initial state to prohibit excitation of the slowest ...

The reconstituted AEC has Ajit Kumar Mohanty, Secretary, Department of Atomic Energy, as its Chairman. The commission has National Security Adviser Ajit Doval, Principal Secretary to the Prime ...

This study established a model for the FOT measurement system and analyzed the time-frequency domain response using Fourier analysis. Based on clinical studies of the FOT excitation signal, we first ...

As the next step, in addition to searching for novel two-dimensional thin alloys with unique electronic properties, we would like to use a lower energy (terahertz) laser to narrow the excitation ...