Location: Max-Planck-Institut für Mikrostrukturphysik, Weinberg 2, 06120 Halle (Saale)

Metric space approach to quantum mechanics

Seminar

SCAN: Strongly Constrained & Appropriately Normed Semilocal Density Functional

Seminar

Spontaneous charge carrier localization in extended one-dimensional systems

Seminar

Novel materials with 3D Dirac line nodes

Seminar

Interplay of Spins, Orbitals, Charges, and Lattice Instabilities in Complex Oxides

Seminar

At the frontier between ultrafast optics and magnetism

Seminar

Mini-Symposium on Spintronics and 2D Materials

Symposium

Tutorial on Cognitive-, Neuro- and Intelligence Sciences

Tutorial

Weyl fermions in HgTe

Seminar

Solidifying batteries: The laborious route to the solid state?

Seminar

Cubic and tetragonal Heusler compounds

Seminar

The Hall effects Edwin Hall never imagined

Seminar

Time-dependent molecular fields: The derivation of wave equations

Seminar

Walter Kohn: The science and the man

Seminar

Universal trends in topological materials interacting with functional perturbations

Seminar

Magnetoelectric effects in magnetic topological insulator heterostructures

Seminar

High Resolution RHEED applied to the growth of epitaxial oxide layers

Seminar

Reinforcement learning in a large scale photonic networks

Seminar

Axions: Theory and experiment

Seminar

Hole Spin Qubits in Ge and Si Nanowires

Seminar

Modeling noncollinear magnetism in manganese oxides

Seminar

Topological phases and topological materials from elementary band representations

Seminar

Data, disorder and materials

Seminar
Critical understanding of large amounts of data leads to new ideas for discovering materials: tangible examples reveal the future revolution. [more]

Two dimensional materials for spintronic and nanoelectronic applications

Seminar

Topological phases in WTe2-type transition metal chalcogenides

Seminar

Quantum transport in EuTiO3 thin films

Seminar

Anion-Redox for high voltage Na and Li ion cathodes

Seminar

Ferroelectric vortices with triangular lattice symmetry

Seminar

Atomic scale investigation of isovalent bismuth centers in InP

Quantum geometry and anomalous transport in 2D materials

Seminar

Dynamics of skyrmions in chiral magnetic insulators

Seminar

Spin-orbit technologies: Memory switching to THz generation

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

PhD - Lunch Talk

PhD - Lunch Talks

Beyond charge currents: spin and ion currents for future computing Technologies

Tutorial

Patent process: How to file a patent - practical hands-on knowledge for junior researchers

Tutorial

Physics and applications of hydrogen-induced reversible phase transition in correlated oxides

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

Potential Induced Degradation of Solar Modules - Atom-Level Defect Diagnostics & Metrology at Large Devices

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

Magnetization dynamics

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

Micromagnetic simulations – How to use OOMMF

Tutorial

Direct observation of momentum-resolved Landau levels in strained monolayer graphene

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

Topological photonics meets spintronics

Tutorial

In-situ transmission electron microscopy: Method development and advanced application

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

Transversal transport coefficients and topological properties

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

X-ray diffraction as a tool to study nanostructures

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

Linking symmetry, crystal structure, electronic structure and properties

Tutorial

Rational development and investigation of functional materials

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

Kubo Theory

Tutorial

Spin mechatronics: Mechanical generation of spin current

Seminar

Higher-order topological insulators

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

Good Scientific Practice

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

PhD - Lunch Talk

PhD - Lunch Talks

Nanopatterning and nanofabrication

Tutorial

Ion beams for surface analysis and modification

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

BaTiO₃: More than a prototypical ferroelectric

Tutorial

PhD - Lunch Talk

PhD - Lunch Talks

Unit cell thick ferrimagnetic Heusler domain wall motion using chemical templating layers

Seminar

Ferromagnetic domain wall as a nonreciprocal string

Seminar

Low-energy excitations and electron-phonon coupling in oxide thin films

Tutorial

Toward highly integrated visible light photonics and neurophotonics

Special Seminar

PhD - Lunch Talk

PhD - Lunch Talks

In-situ transmission electron microscopy: An introduction

Tutorial

Silicon photonics electro optical modulators for data/telecom applications

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

PhD - Lunch Talk

PhD - Lunch Talks

Scanning tunneling microscopy and spectroscopy: An introduction

Tutorial

Spinel ferrite thin films and heterostructures for spintronics

Seminar

PhD - Lunch Talk

PhD - Lunch Talks

PhD - Lunch Talk

PhD - Lunch Talks

Reconfigurable spintronic devices: Spin tunnel diode and transistor

Tutorial

Spin current: A probe for quantum materials

Seminar

Get-together of research school network Halle

Seminar

Skyrmion formation and enhanced emergent electrodynamics in centrosymmetric magnets

Seminar

Time-dependent density functional theory: Linear response and beyond

Tutorial

The crystal Hall effect and topological spintronics in antiferromagnets

Beyond! Distinguished Lecture

Material-design using ab-initio theory

Tutorial

The role of strain in thin film heterostructures

Tutorial

Efficient micromagnetic modelling for large scale 3D problems

Tutorial

First principles modeling of oxides and their heterostructures

Seminar

Black swans in topological antiferromagnetic spintronics

Tutorial

Study on the molybdenum oxide-based synaptic devices

Seminar

Twistable electronics with dynamically rotatable heterostructures

Tutorial

Spin-orbit torque switching in antiferromagnets

Seminar

Atomic Layer Deposition (ALD) of thin films for nanotechnological applications

Tutorial

Perovskite oxide materials for electronics and spintronics

Tutorial

Origin of magnetism and dynamics (Part 1)

Tutorial

Origin of magnetism and dynamics (Part 2)

Tutorial

Majorana fermions in Kitaev spin liquids

Seminar

Toward ultrafast control of Dirac electrons: Photoexcitation and coherent phonons in topological semimetals

Seminar

Polymeric synapses for neuromorphic computing

Seminar

Nanostructures studied by X-ray diffraction - Part 1

Tutorial

Nanostructures studied by X-ray diffraction - Part 2

Tutorial

Main „ingredients“ for becoming a successful entrepreneur

Tutorial

Round-Table discussion on entrepreneurship

Tutorial

Thermal laser epitaxy

Tutorial

Best practice RHEED - lab course

Tutorial

Frontiers in Neurotechnology: An Interdisciplinary Effort to Study Brain Functions

Tutorial

Building platforms for extracellular electrophysiology

Tutorial

Using light to explore the mechanisms of neural computation

Tutorial
Addressing the future needs of computing and energy will require radical advances in materials. This workshop will explore the latest theoretical advances in understanding and predicting novel phenomena, such as effects that exhibit extraordinary quantum, electronic, magnetic, optical, topological, or emergent properties, that can lead to transformational materials for computing and energy. [more]

Neuromorphic Computing Systems based on Memristive Devices

Zoom Talk

In-memory computing for deep learning and beyond

Zoom Talk

Social Media for Scientists

Zoom Talk
Addressing the future needs of computing and energy will require radical advances in materials. This workshop will explore the latest theoretical advances in understanding and predicting novel phenomena, such as effects that exhibit extraordinary quantum, electronic, magnetic, optical, topological, or emergent properties, that can lead to transformational materials for computing and energy. [more]

Proximity induced superconducting collective modes

Addressing the future needs of computing and energy will require radical advances in materials. This workshop will explore the latest theoretical advances in understanding and predicting novel phenomena, such as effects that exhibit extraordinary quantum, electronic, magnetic, optical, topological, or emergent properties, that can lead to transformational materials for computing and energy. [more]
There’s been tremendous progress in theory and experiment of quantum networks as a means of distributing quantum information over long distances. This talk will focus on one approach, based on quantum memories encoded in spins and coupled to photons via color centers in diamond. From large datasets of such color centers -- silicon vacancy and tin-vacancy defects in particular -- it is clear that the inhomogeneous distribution of optical transitions can be reliably kept below ~ 10 GHz, and that within this distribution there is no significant correlation with spin coherence properties. This invites protocols tailored to take advantage of this spectral distribution for wavelength division multiplexed addressing. To this end, we will discuss a new scheme for optical entanglement distribution in quantum networks based on a near-deterministic entangled photon pair source. By combining heralded photonic Bell pair generation with spectral mode conversion to interface with quantum memories, the scheme eliminates switching losses due to multiplexing. We analyze this approach for the particularly challenging problem of long-baseline entanglement distribution via satellites and ground-based memories, where it unlocks additional advantages: (i) the substantially higher atmospheric transmission η of down-links vs. uplinks with realistic adaptive optics, and (ii) photon loss occurring before interaction with the quantum memory – i.e., Alice and Bob receiving rather than transmitting – reduces memory requirements by O(η). [more]

Carbon-based nanoscience

Seminar

(Towards) superconducting spintronics

Topological generation and control of spin-triplet super currents in chiral antiferromagnetic Josephson junctions

Seminar

Computational studies of spintronics materials for energy-efficient electronic devices

Seminar

Computation by Photodetection: Deep Learning and Optimization with Coherent Photonic Signals

Integrated nonlinear optics and inverse-designed multimode photonics

Magnetic proximity effect as a pathway to superconducting spintronic

Seminar

Quantum quipus

Seminar

Exploring the antiferromagnetic ground states and domain walls of Mn on Ir(111) by SP-STM

Seminar

Unveiling novel temperature scales at the surfaces of 4f materials by ARPES measurements

Seminar
The places in the workshop are limited. For registration contact imprs@mpi-halle.mpg.de. [more]
The places in the workshop are limited. For registration contact imprs@mpi-halle.mpg.de. [more]
What is a Patent attorney, how do you become one and what (the heck) does a patent attorney do all day? Short answer: fighting with paper, BUT there is more to it. [more]

2DEGs and FETs based on perovskite oxide semiconductor BaSnO3

Seminar

IMPRS Kick-Off

During the first IMPRS meeting of the second funding period, current and prospective members of the research school will present their projects in a poster presentation. Moreover, the event will be an excellent opportunity for networking and inspiring new joint projects. [more]

In-fiber direct generation of entangled and hyper-entangled photon pairs

Seminar

Scanning tunnelling microscopy for atomic-scale device fabrication and spectroscopic imaging of semiconductors

Seminar

Addressing fundamental physics questions with large-scale entanglement

Physics & beyond

Accelerating AI through Photonic Computing and Communication

Seminar

Deep physical neural networks trained with in-situ backpropagation

Seminar

Programmable photonics for deep neural network inference and training

Seminar

Transient nanoscale thermal imaging and heat transport

Seminar

Tuning Unconventional Superconductivity in van der Waals Heterostructures

Seminar

Design, manufacturing, and modelling challenges for very large-scale integrated quantum processors in foundry CMOS technologies

Seminar
Displaying a poster at an academic conference is an important and effective way for junior researchers to present their work in progress to the international scientific community. As such, the poster presentation is not only a good alternative to a classic conference talk, but also offers an almost ideal opportunity to network with colleagues working in a similar field. Yet, many posters are inadequately written and/or designed and fail to attract visitors, and poster presenters, thus, often miss their chance to connect with their fellow researchers when discussing their posters. [more]
As a premiere, we cordially invite the PhD students of Fraunhofer IMWS and MPI of Microstructure Physics to a get together. We want to create an opportunity to identify common research topics, strengthen the professional exchange and crossover networking between the PhD students of the institutes and last but not least provide an opportunity to share common challenges and experiences during the dissertation phase. We would be pleased if as many PhD students from both institutes as possible would take advantage of this opportunity. Please register by October 1, 2023. It is also possible to join the event after 5 pm, but in this case registration is also necessary because we will serve pizza and drinks.We look forward to meeting and exchanging ideas with you! [more]

Materials design and fabrication for light sensing, energy efficiency, solar electricity production, and CO2 capture and reduction

Physics & beyond
The workshop is part of the European Project FUNLAYERS – “Functional Layered Materials for Advanced Applications” and will bring together experts to discuss recent development and future directions in the broad area of emergent properties of heterostructures. [more]
Careers in academia are often challenging, because only a minority of people gets a permanent position. In this workshop we first talk about how to make it for a permanent position in academia. After that you will learn how to find career paths outside of academia. The workshop is focussed on the German labour market, but includes some aspects of careers in Austria, Switzerland, UK and US. Furthermore, strategies for the non-academic market can be used in many countries. [more]
Scientists make some mistakes as soon as they start to apply outside of academia. This workshop will help you to write a convincing application. [more]
Careers in academia are often challenging, because only a minority of people gets a permanent position. In this workshop we first talk about how to make it for a permanent position in academia. After that you will learn how to find career paths outside of academia. The workshop is focussed on the German labour market, but includes some aspects of careers in Austria, Switzerland, UK and US. Furthermore, strategies for the non-academic market can be used in many countries. [more]
Scientists make some mistakes as soon as they start to apply outside of academia. This workshop will help you to write a convincing application. [more]

Shaping ultrafast laser interaction – gateway to novel 3D photonic integrated devices

Seminar

Emergent spin-related phenomena with artificially broken symmetry

Seminar

Probing ultrafast spin-orbitronic transport with terahertz electromagnetic pulses

Seminar

Van der Waals epitaxy of magnetic transition metal dihalides

Seminar
The IMPRS board meeting is scheduled for February 8 from 14:00 to 16:00, exclusively for board members, to be held at the immersive lab (B.2.C07). Following the meeting, we invite our PhD students, recent graduates, and IMPRS board members to a get-together starting at 16:00 in the lounge (Building B), providing the opportunity to network, share experiences, and discuss future training opportunities. [more]
We will introduce you to the world of 3D graphics using Blender, the powerful open-source software. This hands-on course is structured into three 90-minute sessions:1. Dive into Blender's interface and learn the essentials of 3D modelling2. Get comfortable navigating the interface and expand your modelling skills3. Give your models a realistic finish with textures, lighting, and rendering [more]

NISE Poster Session

NISE Poster Session
We will introduce you to the world of 3D graphics using Blender, the powerful open-source software. [more]

Lunch and Learn

NINT - Lunch and Learn

Lunch and Learn

NINT - Lunch and Learn
A comprehensive two-day course covering methods and application of transport theory. [more]

Colloidal Assembly of Plasmonic Superstructures

NISE Seminar

Coulomb screening in two dimensional materials

NISE Seminar
A comprehensive two-day course covering methods and application of transport theory. [more]
We will introduce you to the world of 3D graphics using Blender, the powerful open-source software. [more]

Lunch and Learn

NINT - Lunch and Learn
We will introduce you to the world of 3D graphics using Blender, the powerful open-source software. [more]

Two-dimensional multiferroics: What we know and what lies ahead

NISE Seminar
Workshop with an editor from Nature Nanotechnology and IMPRS meeting with poster session [more]
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