An electronic skin that is capable of long-term monitoring of vital signs and molecular biomarkers in sweat can be used to classify stress responses and predict anxiety levels, according to a Nature Electronics paper. 🔒 go.nature.com/3vS3mhx

Our new issue is now out, featuring two-dimensional perovskites dielectrics, in-sensor dynamic computing, and three-dimensional system-in-package designs nature.com/natelectron/vo…

Editorial l Connecting the work of scientists, engineers and industry — Incorporating research in engineering and industry, as well more fundamental science, is central to Nature Electronics nature.com/articles/s4192…

A Nature Electronics paper presents photo-responsive metal halide perovskite LEDs that can be used to create a multifunctional display that can function as a touch screen, ambient light sensor and image sensor. go.nature.com/3Qfzx1q

New paper in Nature Electronics. The first ever demonstration of a scalable high temperature non-volatile memory technology. Great collaboration with Troy Olsson, Eric Stach and Air Force Research Lab - AFRL. Penn Penn Engineering Penn Electrical and Systems Engineering Materials Science and Engineering at Penn Nano nature.com/articles/s4192…

Our new issue is now out, featuring mechano–ionic memristive switches, biodegradable electronic bandages, and three-terminal light emitting and detecting diodes nature.com/natelectron/vo…

The ultimate bioengineering challenge - take part now! We are launching a competition asking students and Postdocs to theoretically tackle some of the most pressing bioengineering challenges – from the idea to the sketch of a prototype. More info here: go.nature.com/4dCP2KW

📢Our May issue is now live, and it includes a Perspective on computational frameworks for semiconductor discovery, a database for structure-based drug discovery, an algorithm to uncover laws of skill acquisition -- and much more! Check it out! nature.com/natcomputsci/v…

New Research Highlight! Are conductive hydrogels the future of bioelectronic interfaces? nature.com/articles/s4428…

Our new issue is now out, featuring tunable memristors for data processing, perovskite LEDs for fast displays, and ingestible devices for gastric electrophysiology, as well as our technology of the year nature.com/natelectron/vo…

We are hiring. We are currently looking to recruit an editor with a physics, materials science, nanotechnology or electrical/electronic engineering research background. Deadline for applications 29 July 2024. Details here: springernature.wd3.myworkdayjobs.com/en-US/Springer…

Our August issue is now live, and it features a Focus that highlights the state of the art, challenges, and opportunities in the computational design of metamaterials. ➡️nature.com/collections/ib… 🧵(1/11)

Our new issue is now out, featuring free-standing printed electronics, hardware accelerators based on nanotube transistors, and a discussion of critical challenges in 2D semiconductors nature.com/natelectron/vo…

Check out this Editorial in Nature Electronics highlighting our Perspective Article on the challenges and next steps for the development of electronics based on 2D TMDs: nature.com/articles/s4192…

Information on clinical trial progress of implanted brain-computer interfaces remains scarce. Join our webinar with Pepe Contreras-Vidal and Mariska Vansteensel discussing the state of clinical trials of implantable brain-computer interfaces Register here: go.nature.com/3Zmyx0E

Today we’re launching a new Focus Issue! In ‘Connecting Humans and Machines’, our authors explore the many ways in which our relationship with digital technologies is changing, and the implications for individuals and society. [1/13] nature.com/nathumbehav/vo…

PsiQuantum has ambitious goals to build a useful quantum machine by late 2027 — and has raised more than US$1 billion to do it go.nature.com/3B1S1Oz

A paper in nature presents RAVEN, a robot with bird-inspired legs that can jump into flight, walk on the ground and hop over obstacles. The design could enable the deployment of aircraft in complex terrains. go.nature.com/4f4PmSf

Quantum error correction that suppresses errors below a critical threshold that is understood as needed for achieving future practical quantum computing applications is demonstrated on quantum chips from Google Quantum AI, reports a paper in nature. go.nature.com/4iq3kkq

Our latest issue is now out, featuring a new quantum standard of resistance, three-dimensional transistors with two-dimensional semiconductors, and highlights from IEDM 2024 nature.com/natelectron/vo…