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NanoManufacturing

Michael De Volder, Engineering Department - IfM
 
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This is a superlist of research seminars in Cambridge open to all interested researchers. Weekly extracts of this list (plus additional talks not yet on talks.cam) are emailed to a distribution list of over 200 Cambridge researchers by Research Services Division. To join the list click here https://lists.cam.ac.uk/mailman/listinfo/biophy-cure For more information see http://www.cure.group.cam.ac.uk or email drs45[at]rsd.cam.ac.uk
Updated: 1 day 18 hours ago

Thu 06 Nov 14:00: Polar Oceans Seminar Talk - Franka Jesse

Thu, 25/09/2025 - 10:29
Polar Oceans Seminar Talk - Franka Jesse

Abstract not available

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Wed 08 Oct 14:00: Modeling dissolved Pb concentrations in the Western Arctic Ocean: the continued legacy of anthropogenic pollution

Thu, 25/09/2025 - 10:29
Modeling dissolved Pb concentrations in the Western Arctic Ocean: the continued legacy of anthropogenic pollution

Over the last century, the supply of Pb by anthropogenic pollution has strongly exceeded the natural supply to the atmosphere, altering its cycling and resulting in serious human health consequences, and making its way into the oceans. The Arctic Ocean, while remote, has not been isolated from the impacts of Pb pollution. Over the past decade, observational campaigns associated with the GEOTRACES program have greatly expanded our knowledge of Pb cycling in the Arctic Ocean and have identified that at present, dissolved Pb (dPb) concentrations in the Arctic Ocean are considered low. Nevertheless, Pb isotope signatures suggest that anthropogenic pollution impacts the Arctic Ocean. Building on the new wealth of observations, we developed the first three-dimensional model simulating dPb in Inuit Nunangat, the Western Arctic Ocean, to assess our current understanding of Pb cycling, quantify the role of anthropogenic pollution, and to use dPb as a tracer of circulation of Atlantic and Pacific water masses. With simulations from 2002-2021, we find that current and historical anthropogenic pollution account for at least 28% of dPb addition to the Western Arctic Ocean. Advected water from the Pacific and North Atlantic Oceans convey elevated pollution-derived dPb concentrations to the Arctic and play a key role, contributing 43% to the annual dPb budget. Lastly, using dPb as tracer, we track the seasonal extension of warm Atlantic Water along the West Greenland shelf where it is a potential source of heat to marine-terminating glaciers, and we trace occasional dense overflows of Atlantic Water into the deep Baffin Bay interior. 

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Thu 25 Sep 13:00: The impact of cellular senescence within a human inflammatory tissue environment Note unusual time

Thu, 25/09/2025 - 09:10
The impact of cellular senescence within a human inflammatory tissue environment

Hosted by Professor Ravindra Gupta, Professor of Clinical Microbiology, CITIID , Department of Medicine

Note unusual time

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Thu 27 Nov 11:30: Title to be confirmed

Thu, 25/09/2025 - 08:44
Title to be confirmed

Abstract not available

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Thu 02 Oct 14:15: Title to be confirmed

Wed, 24/09/2025 - 15:30
Title to be confirmed

Abstract not available

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Wed 01 Oct 14:15: Symplectic pushforwards and Lagrangian classes

Wed, 24/09/2025 - 15:30
Symplectic pushforwards and Lagrangian classes

Fundamental examples of symplectic varieties are moduli spaces of sheaves on K3 surfaces. This can be extended to higher-dimensional Calabi-Yau varieties through the concept of shifted symplectic structures in derived algebraic geometry. In the first half of the talk, I will introduce a general operation of producing shifted symplectic stacks from given ones. Basic examples like cotangent bundles, critical loci, and Hamiltonian reduction can be understood as special cases of this operation. Moreover, this unification enables us to provide an etale local structure theorem for shifted symplectic Artin stacks. In the second half of the talk, I will provide an application to enumerative geometry. I will explain the construction of Lagrangian classes for perverse sheaves in cohomological Donaldson-Thomas theory, whose existence was conjectured by Joyce. As examples, I will explain how to construct the following structures from the Lagrangian classes: (1) cohomological field theories for gauged linear sigma models; (2) cohomological Hall algebras for 3-Calabi-Yau categories; (3) relative Donaldson-Thomas invariants for Fano 4-folds with anti-canonical divisors; (4) refined surface counting invariants for Calabi-Yau 4-folds. This is joint work in progress with Adeel Khan, Tasuki Kinjo, and Pavel Safronov.

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Thu 12 Feb 16:00: Title to be confirmed

Wed, 24/09/2025 - 14:57
Title to be confirmed

Hosting: Maike de la Roche, CRUK

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Thu 29 Jan 16:00: Title to be confirmed

Wed, 24/09/2025 - 13:02
Title to be confirmed

Host: Prof Ravi Gupta, CITIID , Department of Medicine

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Thu 05 Feb 16:00: Title to be confirmed

Wed, 24/09/2025 - 13:00
Title to be confirmed

Hosted: Prof Yorgo Modis, CITIID , Department of Medicine

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Thu 27 Nov 16:00: Title to be confirmed

Wed, 24/09/2025 - 12:46
Title to be confirmed

Host: Patrycja Kozik, LMB

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Thu 02 Oct 14:00: Dimension lifting in quantum computation of partial differential equations and related problems

Wed, 24/09/2025 - 12:36
Dimension lifting in quantum computation of partial differential equations and related problems

Quantum computers are designed based on quantum mechanics principle, they are most suitable to solve the Schrodinger equation, and linear PDEs (and ODEs) evolved by unitary operators. It is important to to explore whether other problems in scientific computing, such as ODEs, PDEs, and linear algebra that arise in both classical and quantum systems which are not unitary evolution, can be handled by quantum computers.

We will present a systematic way to develop quantum simulation algorithms for general differential equations. Our basic framework is dimension lifting, that transfers non-autonomous ODEs/PDEs systems to autonomous ones, nonlinear PDEs to linear ones, and linear ones to Schrodinger type PDEs—coined “Schrödingerization”—with uniform evolutions. Our formulation allows both qubit and qumode (continuous-variable) formulations, and their hybridizations, and provides the foundation for analog quantum computing which are easier to realize in the near term. We will present dimension lifting techniques for quantum simulation of stochastic DEs and PDEs with fractional derivatives, and quantum machine learning. A quantum simulation software—“UnitaryLab”—will also be introduced.

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Thu 12 Mar 15:00: Title to be confirmed

Wed, 24/09/2025 - 12:34
Title to be confirmed

Abstract not available

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Mon 01 Dec 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:07
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Mon 20 Oct 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:06
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Mon 27 Oct 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:05
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Mon 03 Nov 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:05
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Mon 17 Nov 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:04
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Mon 24 Nov 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:04
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Mon 10 Nov 13:00: Title to be confirmed

Wed, 24/09/2025 - 11:02
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Mon 13 Oct 13:00: Title to be confirmed

Wed, 24/09/2025 - 10:57
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