<?xml version="1.0" encoding="UTF-8"?><rss version="2.0"><channel><title>نوشته های مرسده سهرابی</title><link>https://virgool.ir/feed/@m_46135906</link><description>پژوهشگر فیزیک کوانتوم</description><language>fa</language><pubDate>2026-11-12 07:32:12</pubDate><image><url>https://files.virgool.ir/upload/users/4875777/avatar/OqU8O9.jpg</url><title>مرسده سهرابی</title><link>https://virgool.ir/@m_46135906</link></image><item><title>شبیه‌سازی کوانتومی</title><link>https://virgool.ir/@m_46135906/شبیه-سازی-کوانتومی-rvvqt1xosu75</link><description>شاید بشه گفت، شبیه‌سازی کوانتومی دارد از «نمایش آزمایشگاهی» به سمت «ابزار علمی قابل‌اعتماد» می‌رودsource: nature (news feature) -This article reports a milestone for quantum simulation: researchers were able to compare the results of a quantum-computing-based simulation with real experimental measurements of material properties, providing an unusually direct test of whether the simulation was capturing physical reality correctly.physics Quantum simulations :Quantum simulation has long been promoted as one of the most promising uses of quantum computers, especially for systems that are hard for classical computers to model, such as strongly correlated materials. But a central problem has always remained: if the simulated system is too complex for classical verification, how do you know the quantum computer is producing trustworthy results?The article explains that this new work addresses that problem by benchmarking the quantum simulation against experimental data. Instead of only comparing to classical approximations or idealized toy models, the researchers used measurements from an actual physical system. That makes the validation much more meaningful.</description><category>مرسده سهرابی</category><author>مرسده سهرابی</author><pubDate>Tue, 26 May 2026 17:21:29 +0330</pubDate></item></channel></rss>