Bloomberg
Business Philanthropy 19 years Safety Road of thongs Kelly :Larsen (20 countries 45 suercities)
Education Robert Daniels
Triad
Medical Dean on 02/11/2025 In many ways, artificial intelligence is already integrated into our daily lives — from search engines and social media to transportation and text editing. However, its most transformative potential lies ahead in health care.. This is where Johns Hopkins Medicine must lead. And — I’m proud to say — we are already paving the way.Our innovations span Johns Hopkins Medicine’s tripartite mission of clinical care, research and education. Over the past year, for example, a group of our physicians tested an AI scribe tool that takes notes during their appointments. This technology has freed them to focus on their patients — an important step forward in clinical care. But tools like these are just the beginning of what’s possible. As Dr. Vasan Yegnasubramanian, director of Johns Hopkins inHealth, recently shared: “Right now, the AI tool takes the information from that conversation to help write a physician’s note. As we go forward, it might also be able to remind the physician of questions they need to ask — and integrate data from labs and other testing to provide decision support on appropriate treatments, follow-up care and specialist referrals.”There’s exciting progress across our research and education missions too. In October, the Johns Hopkins Sidney Kimmel Comprehensive Cancer Center and Whiting School of Engineering joined the Cancer AI Alliance, a groundbreaking new partnership with the Fred Hutchinson Cancer Center, the Dana-Farber Cancer Institute and Memorial Sloan Kettering Cancer Center. Through this federated network, these institutions can utilize responsible AI to safely share data — all with the goal of potentially transforming oncological care (see p.2).At the same time, we’re making data science and AI centerpieces of one of our most significant internal investments: the Life Sciences Building, currently under construction at the southwest corner of Broadway and East Monument Street in East Baltimore. Alexis Battle, director of the Malone Center for Engineering in Healthcare, helped direct these innovations. “As we went through the initial stages of planning for the new Life Sciences Building, there was a lot of thought put into: What are the next 10, 20, 30 years of life sciences and medicine going to look like?” she told me. One focus, on data science and AI, emerged as a clear consensus. Once the Life Sciences Building is complete, it will have two major investments in data-powered machine learning: first, a technological hub dedicated to emerging computational methods. And second, well-resourced interdisciplinary spaces will enable collaboration across divisions — from the Data Science and AI Institute to faculty members from our schools of medicine, public health, engineering, business and nursing. “Hopkins has a really unique interdisciplinary community in the AI space,” Dr. Battle has noted. “This is really bringing them together. Learning about, and educating people about, data science and AI — it has to be a joint effort.” This research could very well change the future of drug discovery and testing, helping researchers target more specific gene mutations and assess therapy candidates more efficiently. It also enables Johns Hopkins to lead conversations on the intersection of AI, policy and research. Our Bloomberg Center in Washington, D.C., for example, has hosted trainings for U.S. Congress staffers, and our Berman Institute of Bioethics held a symposium to discuss the latest innovations in AI policy and governance. As we make more and deeper discoveries, we’ll be able to share them with leaders across fields — and, eventually, with patients. This is all an extension of the unique role, responsibility and capability Johns Hopkins Medicine has always held. As Dr. Yegnasubramanian shared, “Not many places can bring together an incredible research university — the first research university — with the world’s best health care delivery and health system.”AI tools, powered by the unparalleled innovation of Johns Hopkins, will help shape the future of modern medicine and once again set new standards for care, discovery and education.
Also Global Public Health Safety Road of Things Abdul B & Bloombeg's Kelly Larsen
MRNA and Kariko networks
Scanning & Pixar/Dinney: Catsmull, Jensen Huang
Engineering Whiting dean, Schlesinger has launched numerous initiatives aimed at enhancing the student experience and the impact of the Whiting School of Engineering’s educational and research efforts on society. He has built educational, research, and outreach partnerships and has enhanced translational opportunities for Whiting School of Engineering faculty, students, and staff.
These efforts include:
- launching the new Data Science and AI Institute, a truly translational investment, whose growth is set to effectively double the size of the school , making WSE one of the largest private engineering schools;
- establishing the Ralph O’Connor Sustainable Energy Institute, opened on Earth Day 2021, to house energy-related research and educational programs across the university that address climate change;
- creating the Johns Hopkins Institute for Assured Autonomy, a partnership with the JHU Applied Physics Laboratory, focused on ensuring the safe, secure, reliable, and predictable integration of autonomous systems into society;
- forming the cross-divisional Department of Environmental Health and Engineering, a partnership between the Whiting School and JHU’s Bloomberg School of Public Health;
- building the Doctor of Engineering program, providing professional engineers with the advanced technical expertise they need to succeed in industry and the public sector;
- and developing the Malone Center for Engineering in Healthcare, a partnership with the School of Medicine, the Applied Physics Laboratory, and other JHU divisions that is aimed at enhancing the efficiency, effectiveness, and consistency of health care.
SAIS Dean Steinberg DC -also Bologna vd Dehousse & Nanjing Trilateral SAIS US Chey Korea (with nec corporation)
Sais emerging tevch hosted by Steinberg;; 23 Nist's Dr. Laurie Locascio and Rand's Dr. Jason Matheny
also javascript:fnDownload('Chey_Institute_Annual_Report_for_the_year_2023-24.pdf');
Dmitri Alperovitch, co-founder of Silverado Policy Accelerator; Ben Buchanan, Assistant Professor at Johns Hopkins SAIS and former White House Special Advisor on AI; Eric Breckenfeld, Director of Technology Policy at NVIDIA; Radha Plumb, former Chief Digital and AI Officer at the Department of Defense; and Thomas Rid, Professor of Strategic Studies and Director of the Alperovitch Institute.
70 nations tranational diplomats SAIS DEAN
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sais
List of Workshop Participants
With thanks to the following participants in the October 2024 workshop:
David Arulanantham
U.S. Department of State
Jude Blanchette
RAND China Research Center
David Bulman
Johns Hopkins University SAIS
Ling Chen
Johns Hopkins University SAIS
Natalia Cote-Munoz
U.S. Department of State
Daniel Delk
U.S. Department of State; Johns Hopkins University SAIS
Cole Donovan
The National Academies of Sciences, Engineering, and Medicine; National Oceanic and Atmospheric Administration, U.S.
Department of Commerce
David Fagan
Covington & Burling LLP
Adam Fields
U.S. Department of State
Carla Freeman
United States Institute of Peace
Michael Fuchs
Open Society Foundations
Michael German
Brennan Center for Justice
Bonnie Glaser
German Marshall Fund
Naima Green-Riley
Princeton University
Aya Ibrahim
U.S. Department of State
Richard Jao
U.S. Department of State
Susan Shirk
University of California, San Diego
Jim Steinberg
Johns Hopkins University SAIS
Ana Swanson
The New York Times
Jeremy Wallace
Johns Hopkins University SAIS
Rick Waters
Eurasia Group
Edward Wong
The New York Times
Ali Wyne
International Crisis Group
John Yasuda
Johns Hopkins University
Li Yuan
The New York Times
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