We are basing our lives on this technology, so more than ever we must earn and sustain the world’s trust.” He added that to do this it’s imperative that experts in the social sciences and the humanities collaborate with technologists to create technology that serves the ethical interests of society. Smith also described how “AI is infused in every aspect of our lives, like electricity. “Will we ensure that machines are accountable to people? And will we ensure that the people who design the machines will be accountable? If we fail, we do a huge disservice to the generations that follow.” “The most fundamental issue of all with AI is accountability,” he said. During his keynote address, “Privacy and Security in a Digital World,” he discussed his views on ethics and Al. “He has called for a digital Geneva convention to address internet security, argued that we need to regulate face recognition technology, and most recently called the tech community to take action after the New Zealand attacks.”Īt Microsoft, Smith’s work is focused on the ethics of AI, cybersecurity and democracy, and he has influenced and continues to influence the direction of technology. “Brad is an exemplar of how to balance technology, policy, and business,” Wing said. Before arriving at the Institute, Wing worked at Microsoft as Corporate Vice President of Microsoft Research, overseeing a global network of research labs. The day’s keynote speaker, Microsoft President Brad Smith, was introduced by Wing. “Data Science Day is our moment to showcase our pioneering research,” she added, and to “celebrate our engagements with industry.” “Every day we are reading stories about how artificial intelligence is transforming industry about major advances in deep learning new pathways to enhance patient care with predictive analytics and the ethical questions surrounding using big data and AI.” “Today, data science is headline news,” Wing said. Wing, Avanessians director, Data Science Institute, professor of Computer Science at Columbia, who detailed the Institute’s mission to push the research frontiers of data science transform all disciplines through data science and use data for good. The day kicked off with an opening address by Jeannette M. With more than a thousand attendees, including students, faculty, industry affiliates, researchers, alumni and, as it turns out, prospective college students, Data Science Day offered an unparalleled opportunity to experience the depth and scope of the University’s most innovative data-science research. This is an underlying mission of The Data Science Institute at Columbia University-to train the next generation of data scientists and to advance the state-of-the-art of data science. An appreciative and hearty round of applause followed his unexpected and tentative response: “Oh, I am a junior in high school from New Jersey,” he said. With a question for Professor Ronghui Gu on building trustworthy blockchain ecosystems, a young man stood up and was asked by the moderator to identify himself. This Indico site is used primarily for abstract submission and timetable.įor official registration, conference fee payment, administrative help as well as other information please visit .The deep impact of Columbia’s annual Data Science Day was on full display during the Q&A session for “A Private, Safe, and Secure World.” This 3-day meeting (Mon–Wed) is followed by a 2-day (Thu–Fri) Colloquium Prague ν19: Colloquium Towards CP violation in neutrino Physics ( /event/802062). We welcome contributions, both talks and poster presentations, on all the relevant broad topics, including physics of neutrinos, neutrino detection and data analysis, geophysical and geochemical models of Earth’s crust, mantle and core, the Earth’s energy budget, and its dynamics and thermal evolution. Measurements by existing experiments estimate our planet’s radiogenic heat production and have begun to constrain compositional models of the silicate Earth.Īt the meeting we expect to hear updates on geoneutrino measurement by both the KamLAND and Borexino experiments, to get status reports from SNO+, JUNO, and Jinping, and to continue the needed productive discussions between neutrino physicists and geoscientists in order to advance the great science of geoneutrinos. Geoneutrino research provides a new tool to study the Earth. Geoneutrinos, neutrinos emitted in decays of naturally occurring radionuclides, bring unique and direct information about aspects of the Earth’s composition that are intimately linked to fundamental questions about the Earth’s energy budget and thermal evolution.
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