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Thumbnail for “Goodbye, World!” Jason Livingston and Jason Geistweidt exhibit at BPAC turns its eyes on climate change - Department of Media Study
“Goodbye, World!” Jason Livingston and Jason… https://arts-sciences.buffalo.edu/m…ents/recent-news/goodbyeworld2.html
9 Apr 2021: “Goodbye, World!” (On View Friday, February 12–Sunday, May 16, 2021)
“ A leader is someone who has a positive ... https://pharmacy.buffalo.edu/conten…nual%20Newsletter/Volume11_2012.pdf
14 Feb 2012: U.S. Public Health Service Excellence in Public Health Phar-. macy Practice Award: Brian Badgley ‘11. ... Brian Brady ’99 reports he is a retail pharmacist as well as per-.
’Re-mapping Buffalo’ - UB Reporter
https://www.buffalo.edu/ubreporter/…39/vol39n26/articles/ReMapping.html
1 Jan 2007: Buffalo Architecture and History,” PUSH Buffalo, Buffalo First, Queen City Farm, Buffalo Blue Bicycle and the Buffalo Micro Parks Project, and by author and community activist Mark Goldman, among others. ©.
Thumbnail for ‘Valley states’ in this super-thin material could potentially be used for quantum computing
‘Valley states’ in this super-thin material…
https://www.buffalo.edu/news/releases/2019/09/030.html
23 Sep 2019: The paper in Nature Communications marks a step toward these future technologies, demonstrating a novel method of manipulating valley states in WS2.
Thumbnail for ‘Valley states’ in this super-thin material could potentially be used for quantum computing - UBNow: News and views for UB faculty and staff
‘Valley states’ in this super-thin material could … https://www.buffalo.edu/ubnow/stori…/2019/09/zeng-valley-splitting.html
26 Sep 2019: The paper in Nature Communications marks a step toward these future technologies, demonstrating a novel method of manipulating valley states in WS2.
Thumbnail for ‘Valley states’ in this super-thin material could potentially be used for quantum computing - Department of Physics
‘Valley states’ in this super-thin material could … https://arts-sciences.buffalo.edu/p…er-releases/2019/09/030.detail.html
23 Sep 2019: The paper in Nature Communications marks a step toward these future technologies, demonstrating a novel method of manipulating valley states in WS2.
Thumbnail for ‘Valley states’ in this super-thin material could potentially be used for quantum computing - Department of Physics
‘Valley states’ in this super-thin material could … https://arts-sciences.buffalo.edu/p…er-releases/2019/09/030.detail.html
23 Sep 2019: The paper in Nature Communications marks a step toward these future technologies, demonstrating a novel method of manipulating valley states in WS2.
Thumbnail for ‘Usual suspect’ lesions appear not to cause most severe disability in MS patients
‘Usual suspect’ lesions appear not to cause…
https://www.buffalo.edu/news/releases/2023/02/017.html
24 Feb 2023: The Boston Home collaborators are Alex Burnham, director, TBH institute and rehabilitation services, and Mark Ostrem, MD, medical director.
Thumbnail for ‘Usual suspect’ lesions appear not to cause most severe disability in MS patients - UBNow: News and views for UB faculty and staff
‘Usual suspect’ lesions appear not to cause most… https://www.buffalo.edu/ubnow/stori…s/2023/02/zivadinov-ms-lesions.html
24 Feb 2023: The Boston Home collaborators are Alex Burnham, director, TBH institute and rehabilitation services, and Mark Ostrem, medical director.
Thumbnail for ‘Usual suspect’ lesions appear not to cause most severe disability in MS patients - School of Pharmacy and Pharmaceutical Sciences
‘Usual suspect’ lesions appear not to cause most… https://pharmacy.buffalo.edu/news-e…er-releases/2023/02/017.detail.html
24 Feb 2023: The Boston Home collaborators are Alex Burnham, director, TBH institute and rehabilitation services, and Mark Ostrem, MD, medical director.
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