양자클라우드

IBM 클라우드

2026년 4월 IBM 업데이트 및 학습 지원 안내

2026-05-11 33

아래 첨부파일을 확인하세요


1. IBM Quantum Updates

⭘ 2nd Nighthawk is Open! ibm_berlin

Nighthawk arrives in EU


Nighthawk architecture supports hardware-efficient workflows that map naturally onto grid-based (lattice) models. See recent papers from

Phasecraft and Volkswagen, and their collaborators, demonstrating simulation at scale on Nighthawk.

Please note that ibm_berlin is currently an exploratory QPU that is still being tested and optimized as part of our continual cycles of learning.

As such, it temporarily has the following limitations:


• Default repetition time has been temporarily increased from 250 μs to 4 ms, which will impact QPU time required to execute workloads.

Users can manually select a shorter repetition time, but performance may be degraded.

• Dynamic circuits are not yet supported, and quality of mid-circuit measurements is limited.


Upcoming retirements


As we expand EU capacity and roll out the latest Nighthawk and Heron processors, ibm_brussels and ibm_strasbourg are scheduled to be retired on or around 30 April 2026.


Once these QPUs are retired, they will no longer accept jobs. If your workflows target ibm_brussels or ibm_strasbourg, please migrate to another active QPU ahead of the retirement date to take advantage of the latest systems. For guidance on retrieving data from past jobs, refer to the

following documentation.

- (클릭) Onset of Ergodicity Across Scales on a Digital Quantum Processor

- (클릭) Evaluating Sample-Based Krylov Quantum Diagonalization for Heisenberg Models with Applications to Materials Science

- (클릭) Retrieve a job from a retired QPU


⭘ Q4Bio Winner

Wellcome Leap announced that the multidisciplinary team led by quantum software company Algorithmiq, with quantum computing support from IBM, and biological expertise from Cleveland Clinic, has won the $2 million prize at Quantum for Bio (Q4Bio) program!


The team developed an end-to-end quantumclassical workflow to calculate the excited-state properties of a photosensitizer used in photodynamic cancer therapy. Demonstrating an experimental realization of this solution with 100 qubits, the team identified a clear, scalable path to

future quantum advantage.



⭘ Coherence Times Q1 2026

I. A reference architecture for QCSC

II. Quantum Advantage Tracker

III. Hardware Updates : Loon and Nighthawk

IV. A new opportunity for Open Plan users

- (클릭) 관련 자료는 공지사항 속 첨부파일을 확인해주세요.



2. IBM Q 클라우드 Q&A 및 문의처

(클릭) IBM Q 클라우드 사용량 관련 Q&A - 관련 Q&A[양자정보연구지원센터 홈페이지 > IBM Q 클라우드 공지사항]을 확인해주시기 바라며,

추가 문의가 있으실 경우 ‘q.cloud@skku.edu' 로 문의주시면 순차적으로 회신드리겠습니다.

 

문의처

양자정보연구지원센터 클라우드 문의처 : q.cloud@skku.edu


IBM Technical Support Team 문의처

- 홈페이지 문의 : Support - IBM Cloud 로그인 토픽 선택(Qiskit Runtime) 문의하기

에러 코드가 이해되지 않거나 시스템 사용 중에 문의사항 있을 시 기술 지원을 받을 수 있습니다.


IBMid Support 문의처 : ibmidsupport@ibm.com

IBM 로그인 혹은 support case 접속 어려운 이슈가 있으실 경우, 아래의 메일로 연락해주시기 바랍니다.

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