Skip to main content
PsiQuantumIn development

PsiQuantum and National Cancer Center Japan partner on quantum computing

What happened

PsiQuantum is developing fault-tolerant algorithms and quantum applications.

Source

Article excerpt

Highlighted: the sentence this signal was extracted from

PsiQuantum and National Cancer Center Japan partner on quantum computing. PsiQuantum will work with the National Cancer Center Japan to develop fault-tolerant algorithms and quantum applications. PsiQuantum and the National Cancer Center Japan have entered a collaborative research agreement to drive advancements in utility-scale quantum computing within drug discovery and oncology. The partnership aims to investigate ways to implement quantum computing solutions throughout the healthcare value chain, with a focus on resource allocation, research and development, and patient outcomes in cancer care. Within this collaboration, PsiQuantum will work with the National Cancer Center Japan to further fault-tolerant quantum algorithm development, as well as jointly develop clinically relevant quantum applications. The initiative also involves other pharmaceutical companies in Japan. PsiQuantum's software suite, Construct, will be used during the partnership. Construct is a secure platform built for designing, analysing, and optimising algorithms for fault-tolerant quantum computing. Utility-scale quantum computers are expected to enable chemically accurate molecular simulations with greater efficiency. This advancement could accelerate drug discovery processes, reduce research costs, and address real-world healthcare challenges. GlobalData Strategic Intelligence US tariffs...

Keep reading with a free account

The rest of this article, and every signal for PsiQuantum, is in your free account.

Extracted by Autobound

From the Signal API record
Event
In development

What this signalsWork in development often leads to new buying for tools, data and services.

More in development signals at other companies

The full record

From the Signal API record

Details

Product
fault-tolerant algorithms and quantum applications
Category
Is developing

Topics and mentions

Product tags

  • mobile
  • online technology

Extraction

Confidence
70%
Detected
Mar 13, 2026
signal_type
news
signal_subtype
is_developing

Use this data

Get every in development signal for PsiQuantum and the companies you sell to, in the tools you already use.

  1. Ask Claude about it

    Connect Autobound to Claude, Claude Code or Cursor with MCP. Then ask: “What changed at PsiQuantum this week?”

  2. Send it to your own tools

    The Signal API returns in development signals for any list of companies as JSON, for your CRM, warehouse or app.

  3. Try it free

    Sign up and spend your free credits on the companies you sell to.

    Start Free1,000 free credits

The API returns more than this page shows

This page shows a preview. The full news record in the Signal API and MCP can also have these 8 fields. Some fields are empty for some signals.

Company

  • linkedin_urlValue in the API
  • industriesValue in the API
  • employee_count_lowValue in the API
  • employee_count_highValue in the API
  • revenueValue in the API
  • descriptionValue in the API

Signal

  • signal_nameValue in the API
  • associationValue in the API
Show the full JSONThe record on this page and the API request

GET /v1/signals/e43808ad-543b-4ab6-9440-d77201f9d4fd returns this record as JSON. POST /v1/companies/enrich returns every signal for psiquantum.com.

{
  "signal_id": "e43808ad-543b-4ab6-9440-d77201f9d4fd",
  "signal_type": "news",
  "signal_subtype": "is_developing",
  "detected_at": "2026-03-13T10:05:51+00:00",
  "company": {
    "name": "PsiQuantum",
    "domain": "psiquantum.com"
  },
  "data": {
    "url": "https://www.pharmaceutical-technology.com/news/psiquantum-national-cancer-center-quantum-computing",
    "title": "PsiQuantum and National Cancer Center Japan partner on quantum computing",
    "excerpt": "PsiQuantum and National Cancer Center Japan partner on quantum computing.\n\nPsiQuantum will work with the National Cancer Center Japan to develop fault-tolerant algorithms and quantum applications.\n\nPsiQuantum and the National Cancer Center Japan have entered a collaborative research agreement to drive advancements in utility-scale quantum computing within drug discovery and oncology.\n\nThe partnership aims to investigate ways to implement quantum computing solutions throughout the healthcare value chain, with a focus on resource allocation, research and development, and patient outcomes in cancer care.\n\nWithin this collaboration, PsiQuantum will work with the National Cancer Center Japan to further fault-tolerant quantum algorithm development, as well as jointly develop clinically relevant quantum applications.\n\nThe initiative also involves other pharmaceutical companies in Japan. PsiQuantum's software suite, Construct, will be used during the partnership.\n\nConstruct is a secure platform built for designing, analysing, and optimising algorithms for fault-tolerant quantum computing.\n\nUtility-scale quantum computers are expected to enable chemically accurate molecular simulations with greater efficiency. This advancement could accelerate drug discovery processes, reduce research costs, and address real-world healthcare challenges.\n\nGlobalData Strategic Intelligence\n\nUS tariffs...",
    "product": "fault-tolerant algorithms and quantum applications",
    "summary": "PsiQuantum is developing fault-tolerant algorithms and quantum applications.",
    "category": "is_developing",
    "found_at": "2026-03-13T10:05:51Z",
    "planning": false,
    "image_url": "https://www.pharmaceutical-technology.com/wp-content/uploads/sites/24/2026/03/PT-13-03-2026-shutterstock_2557731283.jpg",
    "confidence": 0.6991,
    "product_data": {
      "full_text": "fault-tolerant algorithms and quantum applications",
      "fuzzy_match": true
    },
    "product_tags": [
      "mobile",
      "online_technology"
    ],
    "published_at": "2026-03-13T10:05:51Z",
    "article_sentence": "PsiQuantum will work with the National Cancer Center Japan to develop fault-tolerant algorithms and quantum applications."
  }
}

Long text fields are shortened on this page.

Looking up one signal by its id is free. Enrich costs 2 credits per signal returned; a call with no results is free.