This week’s image is taken from the recent Emerging Leaders article by Endre J Szili, Nishtha Gaur, et al. It shows DNA-strand breaks within a gelatin tissue model after treatment with a neutral He gas jet. The figure is an overlay of phase-contrast… Read More ›
In their recently published Emerging Talents paper in Journal of Physics A: Mathematical and Theoretical Stijn van Tongeren and Ben Hoare study Jordanian deformations of AdS5 and supergravity. Stijn has taken the time to answer some questions from JPhys+ to tell… Read More ›
Read our series of viewpoints highlighting revolutionary research from the first 50 years of JPhys
In the recently published Emerging Talents paper in Journal of Physics A: Mathematical and Theoretical Jonatan Brask and Rafael Chaves investigate Bell scenarios with communication. Emerging Talent, Jonatan spoke to JPhys+ to explain more about nonlocality. Classical and quantum physics provide… Read More ›
New constraints on theoretical nuclear models will help to determine the astrophysical site of the rapid neutron capture process One of the longstanding open problems in physics is the quest to understand how the elements on the periodic table are… Read More ›
Today’s Image of the Week comes from a study of A formula for crossing probabilities of critical systems inside polygons. The manuscript is from our Emerging Talents special issue on Journal of Physics A: Mathematical and Theoretical. Steven Flores, currently… Read More ›
Are nuclear models as versatile as we would like in the new era of Radioactive Beam Facilities? Nuclei are among the most challenging systems to accurately describe in physics. They are made from few to more than two hundred strongly… Read More ›
A new method to generate complex light beams from integrated-optics circuits is theoretically investigated in a new paper by Andrea Crespi and Francesca Bragheri
Astrophysical reactions that are almost impossible to measure can now be studied in the laboratory The field of Nuclear Astrophysics is an exciting field that brings together scientists from many different communities: Stellar Observers, astrophysics modellers, meteorite experts, nuclear experimentalists… Read More ›
Can we understand the cell membrane structure using chemistry tricks?
In their recent Journal of Physics D: Applied Physics special issue paper, invited as part of our Emerging Leaders special issue, Rachel Grange et al investigate the use of nanoscale materials in nonlinear optics. The goal of the Optical Nanomaterial Group at… Read More ›
In his recently published Emerging Talents paper in Journal of Physics A: Mathematical and Theoretical Thomas Wong investigates a Quantum walk search through potential barriers. Thomas spoke to JPhys+ to explain more about the world of tunneling in quantum search. Quantum… Read More ›
A new technique to describe the dynamics of heavy ion collisions to study strongly interacting matter under extreme conditions
2017 marks the 50th anniversary of the prestigious JPhys series. Find out more about how we are marking the occasion…
Crystalline thin films may be grown on crystalline surfaces, but not necessarily matching atom-by-atom. Can hexagonal ferrites, a new family of multiferroic materials for energy-efficient applications, have a matching substrate?
Aurelien Manchon talks about his recent work in the Journal of Physics: Condensed Matter Emerging Leaders special issue
As part of International Women’s Day 2017, we are delighted to present a selection of papers written by female rising stars in physics today: Lara Anderson is an Assistant Professor of Physics and Affiliate Professor of Mathematics at Virginia Tech…. Read More ›
