麻豆社区

Kom og v忙r med til 2 x 20 min. inspirerende foredrag, mens du nyder en gratis "afslappet after-work" 酶l med dine medstuderende, kollega eller l忙rer.Til denne IMADA Talk kan du m酶de lektor Emanuela Marchetti (emne: Reviving the Renaissance聽 - Reconnecting computational and natural sciences聽to art and design, as experimental room) og lektor Matthias Oliver Wilhelm聽 (emne: Machine Learning for Analytic Calculations in Theoretical Physics).

Kageklubben er et nyt og hyggeligt initiativ, der samles fire gange hvert semester med聽gratis kaffe, kage og godt f忙llesskab.S氓 uanset om du studerer AI, Anvendt Matematik, Datalogi,聽Matematik eller Matematik-脴konomi, er du inviteret.Huske at tage dine studiekammerater med (undervisere er ogs氓 velkomne).Klubm酶derne holdes p氓 IMADA Forskertorv.L忙s evt. mere p氓 Facebook-gruppen IMADA-students.

Speaker: Sara Maggio聽(鈥婾niversity of Bonn).Abstract:聽Feynman integrals associated with geometries beyond the Riemann sphere, such as elliptic and Calabi鈥揧au geometries, are playing an increasingly important role in modern precision calculations. They appear not only in collider cross sections, but also in gravitational-wave scattering. A powerful way to compute these integrals is through systems of differential equations, particularly when these can be brought into canonical form, making their singularity structure manifest. In this talk, I will present a method to construct canonical differential equations for multi-loop Feynman integrals beyond the polylogarithmic setting, with particular emphasis on Calabi鈥揧au examples. After introducing the method through the two-loop sunrise integral, I will show how it applies to the cutting-edge case of the three-loop multi-parameter banana integrals.

Speaker: David Jordan聽(鈥婾niversity of Edinburgh).Skein modules are vector spaces attached to closed 3-manifolds and reductive groups G, which capture the calculus of line operators in Chern-Simons theory.聽 A few years ago we showed with Gunningham and Safronov that skein modules are finite-dimensional when the quantum parameter q is generic.聽 In this talk I will give a overview of recent progress since then:聽 I will survey the known formulas for 3-manifolds, I will explain finiteness for 3-manifolds with boundary, and with embedded line defects, and I'll also explain a new kind of finiteness result for skein categories.

Kageklubben er et nyt og hyggeligt initiativ, der samles fire gange hvert semester med聽gratis kaffe, kage og godt f忙llesskab.S氓 uanset om du studerer AI, Anvendt Matematik, Datalogi,聽Matematik eller Matematik-脴konomi, er du inviteret.Huske at tage dine studiekammerater med (undervisere er ogs氓 velkomne).Klubm酶derne holdes p氓 IMADA Forskertorv.L忙s evt. mere p氓 Facebook-gruppen IMADA-students.

Speaker: Ondrej Hulik (Heidelberg University).Abstract: TBA

Speaker: Matthew Yu (University of Oxford)Abstract:聽I will explain聽a comprehensive framework for characterizing the infrared (IR) phases of a fermionic QFTs in (3+1)d, based on their quantum anomalies associated with a finite symmetry. We uncover a fundamental dichotomy among these anomalies: the first class of anomalies can always be realized by symmetric gapped states, while the second class can never be realized by gapped states without breaking the given symmetry, establishing the phenomenon of symmetry-enforced gaplessness in these settings. Using the construction of symmetry extension afforded to us by new developments in fusion 2-categories, we construct the candidate gapped states that theories with the first class of anomalies can flow to in the IR. As an application, I will provide examples of concrete predictions for the candidate IR phases of (3+1)d gauge theories based on our results.

In this event we will look at how teaching can help spark students鈥� individual learning awareness and build engagement to help foster a strong learning community between our students.

In this event we will look at how teaching can help spark students鈥� individual learning awareness and build engagement to help foster a strong learning community between our students.

Katrine Bergkvist Borch forsvarer sin ph.d.-afhandling ved et offentligt foredrag:聽鈥淔ra monstr酶s metode til didaktisk v忙rdi: 脝stetik, omsorg og naturbaserede l忙ringsmilj酶er i naturfagsundervisning?鈥�.Lektor Michael Paulsen vil v忙re ordstyrer ved arrangementet.聽Ph.d.-forsvaret finder sted i U221 (V16-700a-0)..Alle er velkomne.

Katrine Bergkvist Borch forsvarer sin ph.d.-afhandling聽Fra monstr酶s metode til didaktisk v忙rdi: 脝stetik, omsorg og naturbaserede l忙ringsmilj酶er i naturfagsundervisning?

Speaker: Daniel Stack (Atom Computing)Abstract:聽This talk will describe recent progress on neutral-atom-based quantum computation at Atom Computing Inc. These results are enabled by a flexible platform capable of large qubit numbers, high-fidelity gates, arbitrary qubit connectivity, and mid-circuit measurement. I will describe how these features can enable circuits with large numbers of physical and logical qubits. I will also present recent demonstrations of techniques for reusing and replenishing qubits after mid-circuit measurement鈥攌ey steps for enabling the execution of long error-correcting computation despite atom loss.

FNUG og NAFA inviterer til NiSE-webinar

Opdateres

Kageklubben er et nyt og hyggeligt initiativ, der samles fire gange hvert semester med聽gratis kaffe, kage og godt f忙llesskab.S氓 uanset om du studerer AI, Anvendt Matematik, Datalogi,聽Matematik eller Matematik-脴konomi, er du inviteret.Huske at tage dine studiekammerater med (undervisere er ogs氓 velkomne).Klubm酶derne holdes p氓 IMADA Forskertorv.L忙s evt. mere p氓 Facebook-gruppen IMADA-students.

Kageklubben er et nyt og hyggeligt initiativ, der samles fire gange hvert semester med聽gratis kaffe, kage og godt f忙llesskab.S氓 uanset om du studerer AI, Anvendt Matematik, Datalogi,聽Matematik eller Matematik-脴konomi, er du inviteret.Huske at tage dine studiekammerater med (undervisere er ogs氓 velkomne).Klubm酶derne holdes p氓 IMADA Forskertorv.L忙s evt. mere p氓 Facebook-gruppen IMADA-students.

Abdullah Akg眉l forsvarer sin ph.d.-afhandling ved et offentligt foredrag:聽鈥淧robabilistic Reinforcement Learning for Sample-Efficient Control鈥�.Professor Arthur Zimek vil v忙re ordstyrer ved arrangementet.聽Ph.d.-forsvaret finder sted i U181 (脴22-601b-2).Alle er velkomne.

FNUG og NAFA inviterer til NiSE-webinar