Unifying Quantum Frontiers: Exploring Magnetic Phenomena and Next‑Generation Superconducting Technologies

QPMS-2027

News

Latest news & updates

Announcements, calls for papers, and highlights from the QPMS-2027 community.

Sponsorship

Sponsor and Partner Opportunities Available

August 1, 2026

Organizations advancing quantum materials, magnetic phenomena and next-generation superconducting technologies can express interest in sponsorship and partnership opportunities.

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Organizations advancing quantum materials, magnetic phenomena and next-generation superconducting technologies can express interest in sponsorship and partnership opportunities.

Sponsor and partner placeholders are included in this CMS draft and can be replaced when official partners are confirmed.

Call for Papers

Call for Abstracts: Quantum, Magnetic and Superconducting Research Themes

July 15, 2026

Researchers are invited to prepare abstracts aligned with quantum frontiers, magnetic phenomena and next-generation superconducting technologies.

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Researchers are invited to prepare abstracts aligned with quantum frontiers, magnetic phenomena and next-generation superconducting technologies.

The scientific program will feature tracks across quantum materials, magnetic phenomena, superconducting systems, condensed matter physics, computational quantum materials and next-generation device technologies.

Theme: Unifying Quantum Frontiers: Exploring Magnetic Phenomena and Next‑Generation Superconducting Technologies

Announcement

QPMS-2027 Scheduled for June 9-11 in Rome

June 23, 2026

QPMS-2027 will convene global quantum, magnetic and superconducting technology innovators in Rome, Italy, from June 9-11, 2027.

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QPMS-2027 will convene global quantum, magnetic and superconducting technology innovators in Rome, Italy, from June 9-11, 2027.

QPMS-2027 will bring together researchers, engineers, industry leaders and innovators to explore magnetic phenomena and next-generation superconducting technologies under the theme Unifying Quantum Frontiers: Exploring Magnetic Phenomena and Next‑Generation Superconducting Technologies.