Ting-Chun Huang

Postdoctoral fellows in Material Science and Engineer. Ph.D. in Physics

[Ting-Chun Huang @Tingchunene]

@Nabojitkar @NatureSynthesis Congratulations!!

[Ting-Chun Huang @Tingchunene]

A chance to visit #SKKU and learn more about quantum devices…

[Ting-Chun Huang @Tingchunene]

#F23MRS
PowerPoint Karaoke, The funniest event in MRS!
It is almost a stand up show!

[Ting-Chun Huang @Tingchunene]

@Materials_MRS Of course thanks

[Ting-Chun Huang @Tingchunene]

#F23MRS
Photo with 2023 Nobel prize winner, Prof. Bawendi.

[Ting-Chun Huang @Tingchunene]

@CynpthZ I spent almost 2 minutes…

[Ting-Chun Huang @Tingchunene]

#F23MRS

I will present a novel approach to achieve a highly clean interface in 2D material-based spin valves at 10:30am.

If you are interested, you are welcome to join this session.

[Ting-Chun Huang @Tingchunene]

@CynpthZ @clairehobday @EdinburghChem @shivani9602 @SaabirPetker What’s the platform you used for the simulation?

[Ting-Chun Huang @Tingchunene]

It's my first time joining #FMRS23, and I'm excited to connect with material scientists from all around the world!

[Ting-Chun Huang @Tingchunene]

@CynpthZ Good place! Thanks for your sharing…

[Ting-Chun Huang @Tingchunene]

@RebeccMcLaugh Where can I get the link to know her story?

[Ting-Chun Huang @Tingchunene]

So surprisingly, quantum entanglement looks so alike Taiji!
https://t.co/c3I0yx2QSp

[Ting-Chun Huang @Tingchunene]

不憑眼見，信心前行 (Walk by Faith, not by Sight) https://t.co/l8c74vqGdS

[Ting-Chun Huang @Tingchunene]

水漬！不僅是日常小麻煩，更是半導體製程的大敵人

https://t.co/kvTRyLmYoo

[Ting-Chun Huang @Tingchunene]

The whole world of two-dimensional materials is very interesting because you can stack them and twist them, and sort of play Legos with them to get all sorts of cool sandwich structures with unusual properties," says Paul.

https://t.co/VrPyyt3TJh

[Ting-Chun Huang @Tingchunene]

電子也走單行道？金屬與半導體的奇妙互動

Do electrons also go in one way? The fascinating interaction between metal and semiconductor

https://t.co/EAzb36pTPX

[Ting-Chun Huang @Tingchunene]

"... if you traveled from the inner core to the innermost core, you would see a transition in crystal structure but the same iron-nickel alloy.

Probably, the innermost core is a permalloy!

https://t.co/bb8ILtMSIU

[Ting-Chun Huang @Tingchunene]

Perovskite phase heterojunction
Photovoltaic devices
Polymorphic materials.

https://t.co/t970x1VlEW

[Ting-Chun Huang @Tingchunene]

They use laser light to track vibrations of the atoms that comprise the material. Taking measurements of one 2D material on three different surfaces, or substrates, allows them to accurately extract its thermal expansion coefficient. https://t.co/eautfjY8la

[Ting-Chun Huang @Tingchunene]

@profericpop
Thanks for your inspiring talk about 2D materials this morning. Though we don't know how many "avengers" will show up in the future, each avenger always excites our imaginations. Also, You injected impetus for me to register on Twitter. 😃