In many applications to biophysics and environmental engineering, sedimentation of non-spherical particles for example: ellipsoids, is an important problem.
Condensed matter physics also has important applications to biophysics, for example, the experimental technique of magnetic resonance imaging, which is widely used in medical diagnosis.
As such, they have attracted a significant amount of attention in recent times, especially in various areas of biophysics and biotechnological applications (Mao et al. 2013b).
We discuss applications in biophysics, particularly the measurement of time‐resolved fluorescence spectra of proteins (with subpicosecond time resolution).
One exciting experimental application of fFCS in biophysics is the study of protein conformational dynamics.
Astrid Graslund, professor of biophysics at Stockholm University and secretary for the Nobel Committee for Chemistry, conceded: "The practical applications are, as of now, not so many.
These merits have resulted in a sharp increase of production and a broadening of application potential of TOF mass spectrometers compared to the magnetic setups, particularly in the field of biophysics, biochemistry, and organic chemistry.
For the recent applications of FDEs in the field of physics, biophysics, bioengineering, control theory, aerodynamics, biochemistry viscoelasticity, electrochemistry, mathematical biology, economic, signal and image processing etc. (see [1 6]).
He became professor of biophysics at Imperial College, London, in 1977.
