Sentence examples for directly probing from inspiring English sources

A detailed characterization of the intermediates is a challenging problem that provides new possibilities for directly probing the energy landscape of proteins.

However, as this paradigm tests recognition memory for individual objects and backgrounds, as opposed to directly probing the associative link between them, it is presently unclear how these and our findings relate.

By design, the rich content of the non-specular backscatter energy is accentuated by directly probing underlying geophysical properties of the earth (through appropriate choice of scattering Green function and corresponding true amplitude weights).

In addition, the Gamow-energy shift in the pp-neutrino spectrum could be measured, directly probing the temperature profile of pp fusion in the solar core, thus bringing solar neutrino physics full circle to its original astrophysical objective, i.e. the study of the sun.

By directly probing the cosmic mass distribution, measurements of gravitational lensing in the CMB provide a wealth of information about neutrino masses, inflation, dark energy, and galaxy biases.

So it said directly probing whether they contain life is likely to be "the domain of future robotics spacecraft specifically designed to go there" — craft which are also rigorously sterilized to avoid contamination by Earth-based microbes.

In our work we directly probe quaternionic quantum mechanics using relativistic particles38.

A method has been developed that could enable the dynamics of this process to be directly probed in experiments.

However, studies to directly probe the AmB-induced membrane permeability changes have not been conducted.

For the past several decades, we have been able to directly probe the motion of atoms that is associated with chemical transformations and which occurs on the femtosecond (10−15-s 10−15-sale.

Here, applying EELS to ultra-sharp convex grooves in gold, we directly probe extremely confined gap surface-plasmon (GSP) modes excited by swift electrons in nanometre-wide gaps.