Taehong Kim

[Taehong Kim @dodobing]

Built an unofficial advance program viewer for ICEP-HBS 2026 — easier session browsing and personal schedule builder than the official site. Not affiliated with JIEP. Just a convenience tool. #ICEP2026 #ICEP
https://t.co/MOP8zBRXGX

[Taehong Kim @dodobing]

If you're working on glass substrates, TGV, or advanced packaging—and wrestling with the real meaning of single-digit ppm—I’d be happy to exchange views.

https://t.co/ZWShguUOGz

[Taehong Kim @dodobing]

After Laser World of Photonics China 2026, one thing became very clear to me.
When we talk about "single-digit ppm" TGV defect rates today, it's no longer a nice-to-have target—it's barely the starting point.

[Taehong Kim @dodobing]

More importantly, it helps shift workflows:
from trial-and-error
→ to real root cause analysis
→ to precision repair

[Taehong Kim @dodobing]

If you’re working on glass substrates, advanced packaging, or AI devices, robust 3D TGV roughness metrology isn’t “nice to have” anymore—it’s becoming essential.

More detail here on LinkedIn: https://t.co/eJYgG6oXdZ

[Taehong Kim @dodobing]

Still cutting glass just to measure #TGV inner wall roughness?

For advanced packaging with glass substrates, destructive 2D cross-sections give you only a tiny slice of what’s really happening inside the Through-Glass Via.

[Taehong Kim @dodobing]

It lets you:
- See the full 360° TGV inner wall
- Quantify circumferential & axial roughness in 3D
- Keep the sample intact for further processing & correlation

No cross‑sectioning. No blind spots. No sample loss.

[Taehong Kim @dodobing]

Read more details here: https://t.co/LPx1GRP7kw

[Taehong Kim @dodobing]

Laser modification is a mission-critical step in the #TGV process. The internal modification profile directly impacts via quality, electrical reliability, and overall yield.
In this video, we demonstrate high-precision, non-destructive 3D analysis of micro cracks inside glass.

[Astrobiology @astrobiology]

Tricorder Tech: A Non-Invasive, Label-Free Method for Examining Tardigrade Anatomy Using Holotomography
https://t.co/c9FwnRd8sj #astrobiology #Tricorder #imaging @tardigradopedia

[TOMOCUBE, INC. @Tomocubeinc]

Tomocube is all set for #MICCAI2025 kicking off today! Come visit us at Booth #07 to see how #TomoAnalysis is shaping the future of #digitalPathology with AI-based Virtual Staining.
💼 We’re also #recruiting! See you at Booth #07! #MICCAI

[Taehong Kim @dodobing]

Visiting #MICCAI2025 in Daejeon? 🚀
We’re looking for a Senior Research Engineer (Computational Imaging)!
Stop by the #Tomocube booth and let’s talk.

👉 https://t.co/ECEEt26K8z

#ComputationalImaging #Optics #Hiring #Holotomography #Inverseproblem #Regularization #CT

[yongkeun (Paul) park @moofaca]

The future of semiconductor packaging: #GlassSubstrates are on the rise. As HBM & AI chips grow in complexity, heat, stress, and thickness constraints emerge. Glass offers better flatness, thermal stability, and dielectric properties than silicon or ceramic.

[TOMOCUBE, INC. @Tomocubeinc]

Morphological assessment of Patient-Derived Organoids (PDOs) by #Hololotomography label-free live cell imaging technology.

[Taehong Kim @dodobing]

Exciting advancements in #Holotomography highlighted in @NatureMethods! #Tomocube is leading the charge in this field, pushing the boundaries of 3D, label-free optical imaging for comprehensive visualization of living cells.

[yongkeun (Paul) park @moofaca]

Excited to announce our review on Holotomography in Nature Review Methods Primer! High-res imaging of living cells, organoids, & tissues without staining. Grateful for the collaboration with amazing researchers.
@KyoohyunK @mackinderlab @koo_lab @GuckLab
https://t.co/d2j7Ucpc2q

[TOMOCUBE, INC. @Tomocubeinc]

A glimpse of some EXCITING moments at our @ISSCR 24 booth! We showcased some of the latest advancements and new applications of #Holotomography within Stem Cells and Organoids research. Come join the excitement by stopping at our booth #1004.