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Guest Night

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Add to Calendar Guest NightThe Hall
Location
The Hall
Event price
Varies. See link above.
Booking Required
Required
Accessibility
There is provision for wheelchair users.
Guest Night dinners are elaborate, served formal dinners, with wines. They provide a convivial atmosphere and the chance to meet other Wolfsonians. Dress code is smart, academic gowns are not worn, and ties are optional.



Guest Night dinners usually take place every Thursday during weeks 1-8 of term. Pre-dinner drinks are normally at 7.00 pm, followed by dinner at 7.30 pm.

Book at: https://gateway.wolfson.ox.ac.uk/
Wolfson Crest for menus.png

Guest Night

-
Add to Calendar Guest NightThe Hall
Location
The Hall
Event price
Varies. See link above.
Booking Required
Required
Accessibility
There is provision for wheelchair users.
Guest Night dinners are elaborate, served formal dinners, with wines. They provide a convivial atmosphere and the chance to meet other Wolfsonians. Dress code is smart, academic gowns are not worn, and ties are optional.



Guest Night dinners usually take place every Thursday during weeks 1-8 of term. Pre-dinner drinks are normally at 7.00 pm, followed by dinner at 7.30 pm.

Book at: https://gateway.wolfson.ox.ac.uk/
Wolfson Crest for menus.png

Guest Night

-
Add to Calendar Guest NightThe Hall
Location
The Hall
Event price
Varies. See link above.
Booking Required
Required
Accessibility
There is provision for wheelchair users.
Guest Night dinners are elaborate, served formal dinners, with wines. They provide a convivial atmosphere and the chance to meet other Wolfsonians. Dress code is smart, academic gowns are not worn, and ties are optional.



Guest Night dinners usually take place every Thursday during weeks 1-8 of term. Pre-dinner drinks are normally at 7.00 pm, followed by dinner at 7.30 pm.

Book at: https://gateway.wolfson.ox.ac.uk/
Wolfson Crest for menus.png

Guest Night

-
Add to Calendar Guest NightThe Hall
Location
The Hall
Event price
Varies. See link above.
Booking Required
Required
Accessibility
There is provision for wheelchair users.
Guest Night dinners are elaborate, served formal dinners, with wines. They provide a convivial atmosphere and the chance to meet other Wolfsonians. Dress code is smart, academic gowns are not worn, and ties are optional.



Guest Night dinners usually take place every Thursday during weeks 1-8 of term. Pre-dinner drinks are normally at 7.00 pm, followed by dinner at 7.30 pm.

Book at: https://gateway.wolfson.ox.ac.uk/
Wolfson Crest for menus.png

Guest Night

-
Add to Calendar Guest NightThe Hall
Location
The Hall
Event price
Varies. See link above.
Booking Required
Required
Accessibility
There is provision for wheelchair users.
Guest Night dinners are elaborate, served formal dinners, with wines. They provide a convivial atmosphere and the chance to meet other Wolfsonians. Dress code is smart, academic gowns are not worn, and ties are optional.



Guest Night dinners usually take place every Thursday during weeks 1-8 of term. Pre-dinner drinks are normally at 7.00 pm, followed by dinner at 7.30 pm.

Book at: https://gateway.wolfson.ox.ac.uk/
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Artificial Intelligence for Mathematical Discovery

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Add to Calendar Artificial Intelligence for Mathematical DiscoveryThe Levett Room
Location
The Levett Room
Speakers
Daattavya Aggarwal
Booking Required
Not Required
Accessibility
There is provision for wheelchair users.

Artificial Intelligence for Mathematical Discovery

Join via the online stream (also to view the archived talk).

Abstract:

Progress in mathematics often involves observing a large number of well distributed examples, postulating conjectures and rigorously proving them. In a physicist’s language, this is a “top-down” approach and many spectacular results in both these disciplines have been discovered through this process. Artificially intelligent machines are now able to both support and in limited instances outperform conventional mathematics. In this talk, I will give an overview of this burgeoning field and our ongoing research by focusing on two case studies. I will present our AI guided conjecture generation framework which has been used to discover new results in multiple domains of math. I will also show how techniques such as supervised learning and symbolic regression can be utilized for this purpose in the context of string geometry.

Bio:

Daattavya’s research interests are at the intersection of mathematical physics and machine intelligence. His main focus is on developing tools for the discovery of new mathematics and analyzing their structure. Other ongoing work includes studying interesting geometries that arise in string theory and mathematical physics, often through the application of machine learning techniques. Before joining Cambridge, Daattavya graduated with an MSc. in Mathematical and Theoretical Physics from the University of Oxford where his dissertation was on Calabi-Yau Manifolds and Mirror Symmetry.

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Lunchtime Recital

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Add to Calendar Lunchtime RecitalThe Leonard Wolfson Auditorium
Location
The Leonard Wolfson Auditorium
Speakers
Meraki Quartet
Booking Required
Not Required

Lunchtime recital featuring the Meraki Quartet comprised of members Munjung Heo, Tze Hin Kelvin Ng, Dorota Kolinek, and Stefan Rogers.



Programme:



Joseph Haydn - String Quartet Op. 20 No.5 in F minor



Felix Mendelssohn - String Quartet Op. 13 No. 2 in A minor

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Multi-Agent AI Security

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Add to Calendar Multi-Agent AI SecuritySeminar Room 2 - The Academic Wing
Location
Seminar Room 2 - The Academic Wing
Speakers
Christian Schroeder
Booking Required
Not Required
Accessibility
There is provision for wheelchair users.
Abstract: Security is the foundation of cooperation between individuals, groups, and nations. It underlies trust and confidence, and provides the stability and predictability necessary to form long-term commitments. Without security, cooperation is risky for the weak, inefficient for the strong, and difficult for peers. But with stealth and deception as constant threats, the mere perception of insecurity can spiral cooperation into conflict, and can lead to true security dilemmas. As AI agents proliferate, such dynamics are swept into the digital world. In this talk, I will review the foundations of the field of multi-agent security and study the information-theoretic limits of stealth. Starting with recent progress on perfect security in AI-generated steganography, I will examine illusory attacks, a novel form of information-theoretically undetectable adversarial attacks, as well as novel approaches to out-of-distribution dynamics detection in reinforcement learning. Then, I will present a novel model evaluation framework to shed light on the question of when AI agents may decide to maliciously collude. I will end with a discussion of open questions and urgent research priorities on how to ensure secure cooperation in our multi-agent world.



Bio: I am a leading researcher in foundational AI and information security. My recent works include a breakthrough result on the 25+ year old problem of perfectly secure steganography (jointly with Sam Sokota), which was featured by Scientific American , Quanta Magazine, and Bruce Schneier’s Security Blog. During my Ph.D., I helped establish the field of cooperative deep multi-agent reinforcement learning, resulting in popular learning algorithms such as QMIX, MACKRL, IPPO, and FACMAC, and the standard benchmark environments SMAC and Multi-Agent MuJoCo.
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Laser Wakefield Acceleration for Compact X-ray Lasers

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Add to Calendar Laser Wakefield Acceleration for Compact X-ray LasersThe Levett Room
Location
The Levett Room
Speakers
Johannes van de Wetering
The Wolfson Engineering Society invites you to explore cutting-edge developments in compact X-ray lasers!



Date: 7th February

Time: 19:30-20:15

Location: Levett Room, Wolfson College

Speaker: Johannes van de Wetering