Decoding pathogens’ genetic material is fast becoming an invaluable tool to support pandemic preparedness and responses to global public health threats, Anona Bamford tells us more
F Barry Dunning, a professor in the Department of Physics & Astronomy at Rice University, explores the atomic states within Rydberg atoms and their possibilities in atomic engineering.
Hernando Lopez-Bertoni, explores the new wave of molecular cancer therapeutics and states the case for learning the mechanisms as a pro, so one can target them as an artist.
Researchers are now looking at the crystalline solid form of water from different planets, to understand how planets, satellites and even comets evolved.
Ignacio Pagonabarraga, Director of CECAM, lifts the lid on the field of computer simulations and the crucial role they have played in the development of science since the second half of the last century.
Professor Vladik Avetisov and his teams are searching for oligomeric compositions, which are only a few nanometres in size, that behaves like nonlinear mechanical systems, more of which are detailed here in this chemical physics analysis.
Dr Alfred Msezane from the Department of Physics, Clark Atlanta University, provides new insights on physics, in particular, on metastable and excited states negative ion formation in fullerene molecules.
The Nuclear Theory Group at the University of York, United Kingdom, develops novel theoretical methods for a precise description of ground and exited nuclear states, more of which is explained here by Jacek Dobaczewski, Chair in Theoretical Nuclear Physics.
Dr Alfred Msezane from the Department of Physics, Clark Atlanta University, explains ground state negative ion formation in complex heavy systems, including comment on electron affinity determination.
Professor Pamela Lein discusses e-cigarettes, their rise in use and the misconception that they are safe as little is still known about the health effects.
