Csaba Forro

Postdoc at Stanford University. Working in the space of computational design for mesh-electronics. Next generation electronics for brain organoids.

[Csaba Forro @CsabaForro1]

@ptrschmdtnlsn My experience is that for more complex boards (200$ per board for pcbway/jlc, 15pcs), the same job in the US would cost around 700$. We were prepared to pay that, but China shipped in 4 days and US 3 weeks. We have our own pnp machine, order mouser parts, and boards from China.

[Csaba Forro @CsabaForro1]

@oxncgen @cradledev How does this compare to flux?

[Csaba Forro @CsabaForro1]

I believe that the adoption of technology and dissemination of scientific results depend strongly on the use of open solutions and not expensive, licensed software. I hope to have demonstrated their power here. Once the framework is user-friendly, it will be on Github (soon).

[Csaba Forro @CsabaForro1]

Glad to share our preprint on Kirigami-inspired electronics to interface human brain organoids :
https://t.co/uBY4FVqFry

This was large interdisciplinary effort with my co-author @XiaoYang63 and other colleagues in the labs of @Sergiu_P_Pasca and @BianxiaoC

[Csaba Forro @CsabaForro1]

We had to make sure that the mechanical strain created by the mesh unfolding under its weight and the organoid pushing on the mesh was minimal. This was simulated with non-linear shell elements using @fenicsproject and interactively inspected with @Blender 's powerful UI.

[Csaba Forro @CsabaForro1]

@jonathanrlarkin @bhutanisanyam1 @EmilWallner System76 seems to have good systems too.

[Csaba Forro @CsabaForro1]

@ShaanVP @johneeestar Best thriller I read in a while