The Minor Research Group

Minor Research Group

[The Minor Research Group @minor_group]

This Alloy is Kinky: Researchers have uncovered a remarkable metal alloy that won’t crack at extreme temperatures due to kinking, or bending, of crystals in the alloy at the atomic level https://t.co/nODXKJLrQb

[The Minor Research Group @minor_group]

https://t.co/lmNwwPjpzN

[The Minor Research Group @minor_group]

https://t.co/7z9fPlPcHF

[The Minor Research Group @minor_group]

https://t.co/3B77Lqmau9

[The Minor Research Group @minor_group]

Say Hello to the Toughest Material on Earth: A new study reveals the profound properties of a simple metal alloy https://t.co/hvHX79uF20

[The Minor Research Group @minor_group]

https://t.co/EGcjQwgLom

[The Minor Research Group @minor_group]

Our Ti research program was featured on the cover of teh Berkeley College of Engineering Magazine:
https://t.co/Q7mYze6FVi

[The Minor Research Group @minor_group]

In Some Metals, There Is Strength in Order https://t.co/aal2UyK2KU via @energygov

[Microscopy Society @MicroscopySoc]

Thank you to everyone who voted in the 2022 MSA Leadership Election. The results are in and the elected candidates have officially been announced. Thank you for your participation in this important annual process!

[The Minor Research Group @minor_group]

Nanotwinned Titanium Forges Path to Sustainable Manufacturing https://t.co/42Ep3oqQU6 via @BerkeleyLab

[Molecular Foundry @molecularfndry]

NanoArt 2nd place: submitted by @TEM_blacksmith working with @minor_group, a map of nanotwinned titanium – a super strong AND super ductile material. Learn more: https://t.co/MLtzbVWCq1 @BerkeleyLab #scienceasart (3/8)

[The Minor Research Group @minor_group]

After 70 years of facing challenges to studying actinide elements due to their scarcity and radioactivity, we can now analyze and image these elements in nanogram amounts using transmission electron microscopy.

News:
https://t.co/dOwyJuMJYl

https://t.co/8ur3NdhKhK

[The Minor Research Group @minor_group]

We studied the electronic structure in berkelium and californium via an electron microscopy nanosampling approach. The article is just published in Nature Communications. Congratulations to Alex and Steve!
Here is the link to the article:
https://t.co/HQrrjarJZb

[The Minor Research Group @minor_group]

Merry Christmas! Here is a ‘Minor’ gift made by focused ion beam.

[The Minor Research Group @minor_group]

Polystyrene is a classic brittle polymer. It is not supposed to be ductile at room temperature, but when tested in thin film form it kept stretching without breaking.
Check out our recent work and the story here:
https://t.co/5C4kNkl1on

[The Minor Research Group @minor_group]

Our systematic study of how oxygen impurities affect the mechanical properties of titanium is recently published in Science Advance. Congratulations to Yan, Ruopeng and Shiteng! Check the link here for details:https://t.co/aRa9Obz6bj

[The Minor Research Group @minor_group]

A team led by Prof. Minor was awarded $4.275 million over three years by DOE to develop methods and tools based on AI and ML to analyze electron scattering information from the data streams of fast direct electron detectors. https://t.co/mmR4GxiiAZ

[The Minor Research Group @minor_group]

Congratulations to Shiteng, Ruopeng, Yan and Xiaoqing! Check out our recent work about elctroplasticity that is just published by Nature Materials:
https://t.co/U0ViTb6zMB

[The Minor Research Group @minor_group]

Ruopeng Zhang，a PhD student in our group, gave an invited talk about “Imaging Short-range Order in Metallic Alloys” at Fall 2020 North American Materials Colloquium Series (NAMCS). His video is available on YouTube now!
Check the link below:
https://t.co/hMaHeo4YSh

[The Minor Research Group @minor_group]

Congratulations to Ruopeng, Shiteng and Yan! The paper about imaging Short Range Order (SRO) in medium entropy alloy is published in Nature. Check the article here: https://t.co/5nxJQNWxt7