SPINFLOW - Probing Nature's Strongest Magnetic Field Using Charm Quarks in Ultra-Relativistic Heavy-Ion Collisions
A structured breakdown of scope, eligibility requirements, submission steps, and key conditions — extracted directly from the official notice.
Sign in to unlock Bid Fit & AI Opportunity Intelligence
TenderZenith calculates a personalized qualification score against your company profile and extracts structured intelligence from tender documents with your 7-Day Pro Trial (No Credit Card Required).
Contract Description
In non-central heavy-ion collisions, the geometry and motion of the colliding nuclei are theorized to produce the strongest magnetic fields known in nature—reaching magnitudes of ~10¹⁹ Gauss—alongside large angular momentum. However, the existence, lifetime, and...