Ted C. Y. Chang

assist. prof, ee, National Tsing Hua University(NTHU, Taiwan).
Taiwan(ECE,NTU)➡@GeorgiaTech (Physics, PhD) ➡

[NVIDIA @nvidia]

Some of the best conversations happen over great food. 🍧
@lexfridman + Jensen + night markets = one of the best evenings in Taipei.

[IEEE Symposium on VLSI Technology and Circuits @VLSI_2026]

#VLSI2026 Highlight on TSMC 2nm Dual-Rail SRAM:
Paper C29.1, “A 2nm 37.4 Mbit/mm² Dual-Rail SRAM with Row-Access Aware Read Tracking and Write Assist Circuits Enabling 2.28pJ/Access Energy Efficient Operation,” R. Takamatsu et al, TSMC/Part 4
https://t.co/MHltBTQLoe

[AguilaNueva @webster_st80721]

World’s first quantum chip uses advanced lithography to make qubits easier to scale https://t.co/sMLlVRbOuU

[Hirosi Ooguri @PlanckScale]

Caltech news about the play reading of the the life story of Chien-Shiung Wu.

https://t.co/NKgjUymUGn

[Min-Hsiu Hsieh @quantum_minhsiu]

Foxconn Quantum Seminar | May 29, 10am Taipei

Alexander M. Dalzell (AWS-CQC)
A distillation-teleportation protocol for fault-tolerant QRAM

Join online: https://t.co/59lnCZXPfo
Paper: https://t.co/LYF0bkBQFD

#Foxconn #QuantumComputing #FaultTolerantQC

[Lisa Su @LisaSu]

Always great to be back in Taiwan spending time with customers, partners, and industry leaders and seeing firsthand the incredible pace of innovation happening across the ecosystem. Great conversations, great food, and tremendous momentum ahead for AI.

[Applied Physics Express and JJAP @apexjjap]

[Open access]
Effects of dissipation in reservoir computing using spin qubit array
2025 Jpn. J. Appl. Phys. 64 04SP08

https://t.co/HSxLszrsub

#JJAP
#Physics
#Openaccess
#spin
#qubit
#quantum
#reservoir
#Heisenberg
#dissipation

[Ted C. Y. Chang @TediousQuantum]

Day 3 progress

[Ted C. Y. Chang @TediousQuantum]

Hot weather for the cold instruments.

[Physical Review A @PhysRevA]

PRA Letter: Creating multicomponent Schrödinger cat states in a coupled qubit-oscillator system https://t.co/pvO9ztRlWn @matfyz

[Quantum Physics Papers @QuantumPapers]

Syndrome resampling enhances quantum error correction thresholds

Luis Colmenarez, Áron Márton, Markus Müller
https://t.co/9b8r1F0e5w [𝚚𝚞𝚊𝚗𝚝-𝚙𝚑]

[Vincent Logic | 信号＞噪音 @VincentLogic]

发现个科研绘图神器！

nature-skills，用 matplotlib 就能画出 Nature 级别的图。多面板布局、配色、字体、排版都给你整得明明白白，直接输出可编辑的 SVG。

内置了 5 套 Nature 风格的示例模板，支持柱状图、折线图、热图、散点图、雷达图等 10 种图表类型。再也不用画完图再丢 AI 里重绘了。

搞科研写论文的，这个能省不少事儿，画出来的图直接能投稿。

项目地址放评论区了👇

[Mathematica @mathemetica]

At just 18, Ewin Tang (now at UC Berkeley) developed a groundbreaking classical algorithm for recommendation systems (the "Netflix problem") that matched the performance of a leading quantum algorithm; challenging assumptions about quantum advantage and sparking the field of quantum-inspired classical algorithms.

Her recent work continues to bridge classical & quantum computing: dequantizing ML/linear algebra algorithms and advancing quantum machine learning on quantum data. In 2025, she became the youngest winner of the Maryam Mirzakhani New Frontiers Prize; a powerful inspiration for emerging young minds in STEM!

[量子ポータルサイトQ-Portal @Q_Portal_]

AI×量子で、計算の未来が動き出す。
IBMとMITが「MIT-IBM Computing Research Lab」を設立し、AI・アルゴリズム・量子コンピューティングの融合研究を本格化。

https://t.co/eSKLvHFepY

[Harrison Ford @HarrisonFordLA]

May the fourth be with you

[IEEE Symposium on VLSI Technology and Circuits @VLSI_2026]

#VLSI2026 "JFS1 | Quantum Computing & Cryo-CMOS" Part 3
• JFS1.4 | Cryo-CMOS sub-1K 16nm FinFET DAC for Fast Two-Qubit Gates in Spin Qubits
https://t.co/niPrX7ihiO

[Dom Andrzejczuk @QuantumDom]

The blueprint for utility-scale quantum computing using semiconductor spin-qubits just got much clearer. 🧵

New research from Groove Quantum BV, QuTech, and Delft University demonstrates the simultaneous operation of an 18-qubit modular array in germanium. This is a massive leap toward large-scale, integrated quantum architectures.

[Dom Andrzejczuk @QuantumDom]

New today from Qutech Delft (Rimbach-Russ, Greplova's QMAI group).

A design framework for engineering g-tensors in germanium hole-spin qubits, the silicon-foundry-compatible quantum platform.

This isn't a demo paper. It's a manufacturability paper. 🧵

#GrooveQuntum