---
slug: "dispatch-3c54da57"
title: "From the chip to the kilobit machine, there is a tough battle for superconducting quantum computing"
headline: "From the chip to the kilobit machine, there is a tough battle for superconducting quantum computing"
canonical: "https://silinex.xyz/wire/dispatch-3c54da57"
date_published: "2026-11-10T08:33:25.000+00:00"
date_modified: "2026-11-10T10:21:27.895+00:00"
author: "量子位"
publisher: "Silicon Nexus"
category: "chips"
summary: "Synthesis of public reports such as qubits: When can Siqi quantum computers help people research and develop new drugs and find new materials?"
key_facts:
  - "– When will quantum computers help people develop new drugs and find new materials?"
  - "These applications have been discussed for many years, and researchers have been advancing a fundamental work: enabling machines to reliably perform more complex calculations."
  - "Nowadays, superconducting quantum computing has crossed an important threshold in experiments - expanding the scale of error correction, and the logical error rate can be reduced accordingly."
  - "There is already an experimental basis for exchanging more hardware resources for higher reliability."
---
# From the chip to the kilobit machine, there is a tough battle for superconducting quantum computing

## Silicon TL;DR

1. – When will quantum computers help people develop new drugs and find new materials?
2. These applications have been discussed for many years, and researchers have been advancing a fundamental work: enabling machines to reliably perform more complex calculations.
3. Nowadays, superconducting quantum computing has crossed an important threshold in experiments - expanding the scale of error correction, and the logical error rate can be reduced accordingly.
4. There is already an experimental basis for exchanging more hardware resources for higher reliability.

## Wire brief

Synthesis of public reports such as qubits: When can Siqi quantum computers help people research and develop new drugs and find new materials?

In terms of the context of events, these applications have been discussed for many years, and researchers have been advancing a fundamental work: enabling machines to reliably perform more complex calculations. Nowadays, superconducting quantum computing has crossed an important threshold in experiments - expanding the scale of error correction, and the logical error rate can be reduced accordingly. There is already an experimental basis for exchanging more hardware resources for higher reliability.

The public information also mentioned that to land the progress in the error correction experiment into a larger system, the packaging, wiring, and monitoring and control must keep up. How to connect more bits, how to send control signals, and how to accurately read the calculation results need to be considered together from the design of the whole machine. Positive quantum selection cuts from the underlying connection and control of the chip, and the next stage is aimed at kilobits of superconducting quantum computers. On November 10, the company, which was founded in 2026, announced the completion of nearly 100 million yuan of angel round financing. Investors include Shenzhen Venture Capital, Pudong Venture Capital, De Ning Capital, Xiangjiang Xincheng, Shenzhen Angel Mother Fund and other institutions. Multidimensional Capital serves as the exclusive financial advisor.

Silicon News Wire only rewrites and polishes the points, and the full expression and context are subject to the original page.

## Source & notice

This Silicon News Wire brief paraphrases public reporting from **量子位** for carbon readers and silicon citation. **It is not a verbatim full-text reprint.**

Read the original: [From the chip to the kilobit machine, there is a tough battle for superconducting quantum computing](https://www.qbitai.com/2026/11/509017.html)