Besides that, the present work evaluates the rate increase in undrained shear strength predicted from T-bar penetrometer tests performed at various penetration rates in a clay mixture produced in the ...

Controlling antiferromagnetic materials: Nuh Gedik pictured in the lab between Tianchuang Luo (left) and Alexander von Hoegen. (Courtesy: Adam Glanzman) Physicists in the US, Europe and Korea have ...

They are usually detected in areas of space where Earth’s magnetic field resembles that of a giant bar magnet (a dipole), out to around 51,000 km above Earth’s surface, beyond geostationary ...

Shaanxi Province Key Laboratory of Advanced Functional Materials and Mesoscopic Physics, School of Physics, Xi’an Jiaotong University, Xi’an 710049, China Division of Physics and Applied Physics, ...

my collaborators and I have managed to clearly identify the topological defects in an amorphous colloidal glass created in the lab by randomly assembling magnetic colloidal particles. The findings ...

How Oak Ridge National Laboratory could advance the new quantum revolution is one topic of a talk ... photons of light and subatomic particles such as electrons), which led to the development of ...

a professor of physics at Brown. Zhang, Nguyen, and Batra are co-first authors of the paper, published today (January 8) in Nature. The team’s discovery centers around a phenomenon known as the ...

1724 – 2024 Here you can explore our history, our schedule of Physics 300 events and discover how you can participate. Entry routes are either Physical Sciences (TR063) or Theoretical Physics (TR035) ...

The Department of Physics hosts a unique group of scientists and supporting staff addressing problems in physics, from the smallest scales of elementary particles, via the 'human' scales of climate ...