Associate Professor at the Hong Kong University of Science and Technology | Associate Editor – npj Spintronics
Hong Kong
Joined October 2016
- Tweets126
- Following90
- Followers79
- Likes171
Pinned Tweet
We have openings for one postdoc and several Ph.D. positions! Check out the website for detail: sqml.ust.hk/opportunities.
Qiming Shao retweeted
Astribot T1 Arriving Soon✨
Unbounded Creation, Top Choice for Multi-scenarios.
Beyond Human-like, Truly All-round.
🖖Stay Tuned!
#AstribotT1 #AI_Robot #Service_Robot #VLA #Humanoid_Robot #Astribot #Manipulation
Qiming Shao retweeted
Astribot S1 showed up at JD Mall
1000+ audience members experienced the scene live
#Astribot #Robotics #Art_Co_Creation
#Dexterous_Collaboration #Service_Symbiosis
Finally, I finished my project about this review article "Spintronic memristors for computing" and published it in npj Spintronics! Full text here: nature.com/articles/s44306-0…. I appreciate the effort of the co-authors and my students.
Our ECE department is recruiting research assistant professors globally. If you are interested in this opportunity, do not miss the deadline (Feb 19): hrmsxprod.psft.ust.hk:8044/p…
(3/3) The topological surface states and chiral edge states in magnetic topological insulator Hall devices lead to efficient write and read, respectively. For details, read the full Nat Mater paper here: rdcu.be/d7EtQ or check out this webpage: nature.com/articles/s41563-0…
(2/3) The huge delay is due to the long physical distance between the room-temperature GPU and the mK quantum processor. We are excited to show in our Nature Materials paper today that we can put an AI accelerator for quantum control at cryogenic temperatures (2 K for our case).
(1/3) Machine learning for quantum computing has been a very important and relevant topic. Machine learning algorithms have been used to do quantum control and error correction. In these experiments, the delay between the AI agent and the quantum processor is huge.
Qiming Shao retweeted
Celebrate the inaugural "Intangible Cultural Heritage Spring Festival" with Astribot S1, and immerse yourself in world's cultural treasures 🤖🧧🎆
#AIRobot #EmbodiedAI #Humanoid #SpringFestival #CulturalPreservation #AI #Astribot
The tutorial and short course program at IEEE EDTM 2025 is a fantastic opportunity for anyone looking to expand their knowledge and skills in emerging technologies. We have a diverse range of topics covered by industry experts and leading academics: edtm2025.com/tutorials/
We celebrate the 100-year anniversary of the conception of field-effect transistor (FET) by finishing the Oxfam trailerwalker 100 km event in 44 hours and 13 minutes despite the heavy rain and muddy trails. We are proud of our team: event.oxfamtrailwalker.org.h…
Qiming Shao retweeted
[ HKUST Congregation 2024 Conferring Honorary Doctoral Degrees on Four Distinguished Leaders ]
#HKUST held its Congregation 2024 today (November 23). The occasion witnessed the conferment of Honorary Doctorates upon four prominent and distinguished leaders by HKUST Pro-Chancellor Dr. John CHAN Cho-Chak, in recognition of their remarkable accomplishments and contributions. Also joining the ceremony included HKUST Council Chairman Prof. Harry SHUM, HKUST President Prof. Nancy IP, and other members of the senior management team.
This year’s recipients of the Honorary Doctorate, listed in alphabetical order of surnames, were:
Dr. Jensen HUANG, Founder and CEO of NVIDIA – Doctor of Engineering honoris causa
Mr. Tony LEUNG Chiu-Wai, the Golden Lion-winning actor – Doctor of Humanities honoris causa
Prof. Michael LEVITT, the awardee of the Nobel Prize in Chemistry 2013 – Doctor of Science honoris causa
Prof. David MUMFORD, a Fields Medalist – Doctor of Science honoris causa
Upon the graduation of the Class of 2024, HKUST’s global alumni community has reached the milestone of over 100,000 members, forming an esteemed network worldwide. This year, HKUST conferred a total of 6,029 academic degrees, including 2,430 bachelor’s degrees, 3,177 master’s degrees, and 422 doctoral degrees.
Marking the same occasion, Prof. Ip also presented the Michael G. Gale Medal for Distinguished Teaching – HKUST’s highest accolade in teaching, to Prof. Frederick FONG Tsz-Ho of the Department of Mathematics, School of Science in recognition of his outstanding service in education.
Following the conferment ceremony, HKUST Council Chairman and renowned AI expert Prof. Shum chaired an enlightening fireside chat session entitled “Technology, Leadership, and Entrepreneurship” with one of the Honorary Doctors, Dr. Huang. The pair engaged in a dynamic and interactive exchange with the HKUST community on a future with AI. Dr. Huang, who learnt of HKUST’s plan to build a medical school, said he hoped the university would leverage its expertise in technology, computer science and AI to create something different from other existing medical schools. Dr. Huang later visited the “Innovation Showcase”, where he interacted with senior management and faculty members to explore the University’s achievements in AI-related research.
Discover more: bitl.to/3BOd
#HKUST #HKUSTGraduates #32ndCongregation #HonoraryDoctorates #AcademicExcellence #HigherEducation #LeadersInEducation #HKUSTAlumni #DistinguishedTeaching
A recent study, done by Profs. Wei Zhang and Benedetta Flebus from UNC Chapel Hill and Boston College, has shown the great potential of using magnons to help with long-distance communications. See the full comment here: nature.com/articles/s44306-0…
Qiming Shao retweeted
Amazing! And this prize highlights the deep connections between neural networks and physics that continue beyond Hopfield networks and Boltzmann machines
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Physics to John J. Hopfield and Geoffrey E. Hinton “for foundational discoveries and inventions that enable machine learning with artificial neural networks.”
(2/2) Key Highlights:
1. Spintronics offers a new dimension with its spin-based functionality and thus opportunities in new applications.
2. Emphasis on developing foundation cells for scalable circuit design.
3. Co-design methodologies to enhance integration and performance.
(1/2) I'm thrilled to share Kevin, Jianshi, and my latest commentary: "Spintronic Foundation Cells for Large-Scale Integration." We propose a holistic co-design methodology to effectively integrate spintronic devices into silicon platforms. Read more here: rdcu.be/dVGOu
(2/2) Our team has developed a novel hardware-software codesign using magnetic tunnel junction (MTJ) devices in collaboration with Vinayak Bharat Naik and Jia Hao Lim. It achieves software-level accuracy without costly on-chip training, paving the way for more efficient AI tasks.
(1/2) I'm thrilled to share our latest research led by my student Zhihua XIAO: "Adapting Magnetoresistive Memory Devices for Accurate and On-Chip-Training-Free In-Memory Computing." Full text: science.org/doi/10.1126/scia…
