How to fabricate atomically-thin 2D ternary oxide crystals via bottom-up synthesis
Oxides
Introducing the JPhysD Roadmap programme
Take a look at our JPhysD Roadmap programme. This collection aims to bring together some of the leading voices in the most exciting areas in the physical sciences. Unique to IOP Publishing, these articles are written collaboratively by leading researchers… Read More ›
JPCM’s five most-read
Find out which five JPCM articles from 2016 have received the most downloads…
A new two-dimensional material
Combining silica (SiO2) with silicon-carbide (Si2C3) to produce a new porous film – Silicatene
Je-Geun Park: understanding strongly correlated physics
Associate Director for the IBS Center for Corrrelated Systems, Group Leader of the Emergent Phenomena Group, both Seoul National University, elected Fellow of the Korean Physical Society and KPS 2015 Research prize recipient, and JPCM Board Member, the busy Je-Geun Park talks to JPhys+ about his work, the field as a whole and what he enjoys away from science.
Image of the week: cathode bubbles
In this recent JPhysD Letter, researchers at Nanjing University have experimentally observed H2-filled bubbles in resistive switching cells.
Image of the week: multipodal nanotubes
Using multipodal nanotube arrays for photoelectrochemical and light harvesting technologies.
JPCM Spring into action at E-MRS Lille
Come and visit the IOP Publishing booth at the E-MRS Spring 2015 meeting in Lille, from 12-14 May.
Emilio Artacho: improving first-principle simulations in condensed matter
Emilio Artacho answers our questions on his research, his experiences in physics and what he believes to be the greatest problem facing humanity.
The challenge of CMOS devices and complex metal oxides
If you own a digital camera or laptop computer, you probably rely on a complementary metal-oxide semiconductor (CMOS) device or two. CMOS devices are favorable since they are far cheaper to manufacture and consume a fraction of the power when compared with their main… Read More ›
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