Hefei, China
Hefei, China
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Pan Jianwei, often referred to as the "Father of Quantum," is a leading figure in quantum physics. A USTC alumnus, he ha... View More
Pan Jianwei, often referred to as the "Father of Quantum," is a leading figure in quantum physics. A USTC alumnus, he has been instrumental in advancing quantum communication and quantum computing. His team's groundbreaking work on double quantum teleportation was recognized as the "Top Breakthrough of the Year" by Physics World in 2015. In 2017, Nature named him one of the top 10 people who made a significant impact in science, and he was included in Time magazine's 100 Most Influential People of 2018. Pan currently serves as a professor and Vice President at USTC . View Less
Yang Yuanqing is a prominent business executive who graduated from USTC. He is best known as the Chairman and CEO of Len... View More
Yang Yuanqing is a prominent business executive who graduated from USTC. He is best known as the Chairman and CEO of Lenovo, a multinational technology company. Under his leadership, Lenovo became the world's largest PC vendor. Yang's strategic vision and business acumen have been pivotal in expanding Lenovo's global presence and diversifying its product portfolio . View Less
Fang Lizhi was a renowned astrophysicist and a former Vice President of USTC. Beyond his scientific achievements, he was... View More
Fang Lizhi was a renowned astrophysicist and a former Vice President of USTC. Beyond his scientific achievements, he was a prominent political activist whose liberal ideas inspired the pro-democracy student movement of 1986–87 and the Tiananmen Square protests of 1989. Due to his activism, he was expelled from the Chinese Communist Party in 1987. Fang's courage and advocacy for human rights left a lasting impact on China's intellectual and political landscape . View Less
He Jiankui is a Chinese biophysicist who graduated from USTC with a Bachelor of Science. He gained international attenti... View More
He Jiankui is a Chinese biophysicist who graduated from USTC with a Bachelor of Science. He gained international attention for his controversial work in gene editing, claiming to have created the first genetically edited babies using CRISPR technology. His actions sparked widespread ethical debates and led to legal consequences in China. Despite the controversy, his work has highlighted the complex intersection of science, ethics, and regulation . View Less
Fang Zhouzi, whose real name is Fang Shimin, is a science writer and a graduate of USTC. He is known for his efforts in ... View More
Fang Zhouzi, whose real name is Fang Shimin, is a science writer and a graduate of USTC. He is known for his efforts in exposing pseudoscience and academic fraud in China. Fang has played a significant role in promoting scientific integrity and skepticism through his writings and public engagements, although his methods have sometimes been subject to debate . View Less
The below information is required while
completing the university application :
Must have completed high school (equivalent to Grade 12).
Strong performance in science and math subjects is preferred.
Language Proficiency:
For English-taught programs:
TOEFL ≥ 80 or IELTS ≥ 6.0 (if not a native English speaker).
English-medium school certificate may be accepted.
For Chinese-taught programs:
HSK Level 4 or higher required.
A brief essay outlining educational goals, interests, and reasons for choosing USTC.
Know moreUSTC launched a national-level project focusing on the integration of AI and quantum computing, positioning itself at the forefront of cutting-edge technological convergence.
USTC published pioneering research on 2D semiconductors and nanoelectronic devices, significantly enhancing their applications in flexible electronics and next-generation chips.
USTC developed “Zuchongzhi”, a superconducting quantum computer outperforming Google’s Sycamore in certain computations, representing a leap forward in China’s quantum capability.
USTC researchers developed “Jiuzhang”, a quantum computer prototype that demonstrated quantum supremacy by solving a task that classical computers would take millennia to perform.
USTC's iFLYTEK Lab, an AI innovation center, achieved state-of-the-art performance in speech recognition and natural language processing, winning several international contests like the CHiME Challenge.
USTC achieved quantum teleportation of photons from a satellite to Earth over 1,200 km—setting a world record.
In 2011, the State Oceanic Administration and Ningbo Municipality agreed to jointly develop NBU, enhancing its capabilities in marine sciences and related fields.
In 2021, USTC unveiled "Zuchongzhi 2.1," a superconducting quantum processor with 66 qubits. This quantum computer demonstrated computational capabilities surpassing those of Google's Sycamore processor, reinforcing USTC's position at the forefront of quantum technology research.
In December 2020, USTC announced the development of "Jiuzhang," a photonic quantum computer that achieved quantum supremacy. The device performed Gaussian boson sampling in 200 seconds—a task that would take the most advanced classical supercomputers an estimated 2.5 billion years to complete—highlighting China's leadership in quantum computing.
In 2017, USTC completed the construction of FELiChEM, the country's first infrared free-electron laser user facility. Designed to generate mid-infrared and far-infrared laser beams, FELiChEM serves as a dedicated light source for energy chemistry research, enhancing China's capabilities in advanced spectroscopy and material science.
In August 2016, under the leadership of Professor Pan Jianwei, USTC launched "Micius," the world's first quantum communication satellite. This groundbreaking project demonstrated satellite-based quantum entanglement distribution over distances exceeding 1,200 kilometers, marking a significant milestone in secure global quantum communication.
Building on their previous work, Qian Yitai's group reported in 1998 the preparation of diamond through a pyrolysis process involving catalytic reduction. This method provided a novel route for diamond synthesis, contributing to the development of superhard materials with applications in cutting tools, electronics, and high-pressure experiments.
In 1996, Professor Qian Yitai and his team at USTC developed a benzene-thermal synthetic method to produce nanocrystalline gallium nitride (GaN). This innovative approach allowed for the synthesis of GaN at lower temperatures and pressures compared to traditional methods, paving the way for advancements in semiconductor materials and optoelectronic devices.
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