10 principais materialseducation.org concorrentes

asminternational.org

ASM International is the world's largest association of raw materials engineers & scientists, providing resources, training, and networking.

esa.int

Spacraft Operations section in ESA web portal

mrs.org

The 2025 MRS Fall Meeting & Exhibit will take place November 30-December 5, 2025 in Boston, Massachusetts, at the Hynes Convention Center and adjacent Sheraton Boston Hotel.

scientific.net

scientific.net, the trademark of trans tech publications ltd., is one of the largest web resources, publishes peer-reviewed academic journals and book series in field of materials science and engineering.

textbooks.elsevier.com

this website is exclusively for instructors looking for elsevier textbooks to support their teaching.

matter.org.uk

Award winning Materials Science & Engineering educational software, interactive simulations, animations and videos. Currently available modules: Ferrous Metallurgy, Diffraction and Solidification. Version 2.1 of Materials Science on CD-ROM, contains 18 modules. There is also a help/tutorial program and an updated glossary. Introduction to crystallography, Introduction to electrons in crystals, Introduction to point defects, Dislocations, Introduction to phase diagrams, Thermodynamics of phase diagrams, Atomic diffusion in metals and alloys, Nucleation in metals and alloys, Introduction to electron microscopes, Image fundamentals, Beam-specimen interactions, Using the SEM , Aluminium Alloys: Systems , Aluminium Alloys: Strengthening , Aluminium Alloys: Processing , Mechanics of composite materials, Deformation of Polymers , Rubber Elasticity, Glossary

doitpoms.ac.uk

the home page of the doitpoms project, a set of online resources for the teaching and learning of materials science based in the university of cambridge

mrsec.northwestern.edu

Organic neuromorphic electronics. Abstract: Organic neuromorphic electronics harnesses ionic and electrochemical processes to emulate core features of synaptic adaptation and neural computation in a bio-realistic and highly efficient manner. In this talk, we will explore how organic and iontronic materials enable the design of neuromorphic devices and circuits that can sense, process, and respond in real time, forming the foundation for both intelligent systems and efficient neuromorphic biointerface.Bio: Paschalis Gkoupidenis is an Associate Professor at NC State University and former Independent Group Leader at the Max Planck Institute for Polymer Research. His research sits at the intersection of materials science, electronics, and neuroscience, with a focus on organic neuromorphic devices and circuits for bioelectronics and robotics. He pioneered the development of organic electrochemical synapses and neuromorphic circuits that enabled autonomous learning in robotics, introduced neuromorphic architectures based on electrolytes, and developed organic artificial spiking neurons capable of biorealistic communication with living tissue. Gkoupidenis has authored over 60 peer-reviewed publications, including several in Nature family journals. His research has been recognized and featured in Scientific American, Yale Scientific, and Max Planck Magazine.