Nach­rich­ten

from left to right: Prof. Dr. Christine Silberhorn, Dr. Simon Baier, Dr. Arindam Ghosh, Prof. Dr. Immanuel Bloch, Dr. Karl Lamprecht, Prof. Dr. Jürgen Mlynek

ZEISS Re­sea­rch Award 2023 – Chris­ti­ne Sil­ber­horn gi­ves lau­da­to­ry speech

With her laudatory speech at the ZEISS Research Award ceremony, Prof. Dr. Christine Silberhorn honoured outstanding research achievements in the fields of optics and photonics. ZEISS presented two research awards to a total of four scientists at a ceremony at the Deutsches Museum in Munich on 27 June.

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Photo (Paderborn University, Besim Mazhiqi): Professor Klaus Jöns, a physicist at Paderborn University, was recently appointed a new fellow at the Max Planck School of Photonics.

Pa­der­born Uni­ver­si­ty pro­fes­sor na­med fel­low of the Max Planck School of Pho­to­nics

Professor Klaus Jöns, a physicist at Paderborn University, was recently appointed a new fellow at the Max Planck School of Photonics. Jöns is the third Paderborn fellow at this renowned graduate school, alongside Professor Christine Silberhorn and Professor Thomas Zentgraf. The Max Planck School of Photonics (MPSP) is funded by the German Federal Ministry of Education and Research (BMBF) and offers an international and interdisciplinary master’s…

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Fi­na­list for the Sci­ence Breakthrough of the Year!

Professor Christine Silberhorn has been selected as a finalist for the Falling Walls Science Breakthroughs of the Year 2023 in the category Physical Sciences with her breakthrough on “Feed forward and time-multiplexing: the missing ingredients for photonic quantum technologies”. Congratulations!

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Symbolbild (Universität Paderborn, Bezim Mazhiqi)

Pa­der­bor­ner For­scher*in­nen ge­lingt erst­mals Her­stel­lung von trop­fen­ge­ätz­ten Quan­ten­punk­ten, die im op­ti­schen C-Band leuch­ten

Paderborner Forscher*innen aus dem Department Physik und vom Institut für Photonische Quantensysteme (PhoQS) haben im Rahmen eines innerhalb des Sonderforschungsbereichs/TRR 142 geförderten Projekts erfolgreich Quantenpunkte – nanoskopische Strukturen, in denen die Quanteneigenschaften der Materie zum Tragen kommen – hergestellt, die im optischen C-Band bei einer Wellenlänge zwischen 1530 bis 1565 Nanometer leuchten. Das Besondere ist, dass es…

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Schematical illustration of high harmonic generation in solids after non-adiabatic tunnelling (source: Ruixin Zuo)

Scien­tists re­ve­al that no­na­dia­ba­tic tun­ne­ling is cru­ci­al for un­der­stan­ding high har­mo­nic ge­ne­ra­ti­on from se­mi­con­duc­tors

When matter is exposed to highly intense electromagnetic radiation, nonlinearities of the material may lead to the emission of light that contains very high multiples of the incident frequency. This process is called high harmonic generation (HHG) and can be used for the generation of extremely short light pulses with durations in the range of attoseconds (in 1 attosecond, i.e., 10-18 s, light travels just 0.3 nanometer which is comparable to the…

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Prof. Artur Zrenner (former spokesperson of TRR 142) and Prof. Manfred Bayer (Rector of TU Dortmund and current TRR 142 co-spokesperson) enjoyed their reunion at the Nano conference. Photo: (Paderborn University, Dirk Waldhoff)

TRR 142 and Pho­QS at the 10th NRW Na­no Con­fe­rence

This year's NRW Nano Conference - Germany's largest conference in the field of nanotechnologies - took place from 23 to 24 May. In the premises of the Dortmund Congress Centre, a top-class scientific programme was accompanied by a two-day exhibition. Around 40 players from science and industry presented forward-looking projects and products here. Overall, a thematic focus on the field of quantum technologies was clearly evident. The…

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Left: Meta-surface made of microscopic silicon cylinders, Center: three optical excitations superimpose to form a Fano resonance, Right: conversion efficiency as a function of excitation power, Inset: light converted to the green spectrum.

Scien­tists at Pa­der­born Uni­ver­si­ty im­pro­ve tech­no­lo­gy to ef­fi­cient­ly ge­ne­ra­te hig­her har­mo­nics in non­li­ne­ar na­no­struc­tu­red…

Natural and artificial crystals often exhibit the ability to change the spectral color of light, a process known as nonlinear optical effect. This effect allows the frequency of a light component to be changed and transformed, for example, from the red to the green color spectral region. Color conversion is used in numerous applications, such as nonlinear microscopy of biological structures, material investigations, LED light sources and lasers,…

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“Coa­ching | Fe­ma­le Em­po­w­er­ment” star­ted with se­ven TRR 142-scien­tists

With an inspiring one-day workshop on 14 April 2023, seven young TRR 142 female scientists started their coaching programme FEMALE EMPOWERMENT.

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Photograph (Paderborn University, Besim Mazhiqi)

In­sights in­to eve­r­y­day la­bo­ra­to­ry life | Ma­ny vi­si­tors on World Quan­tum Day

This year's World Quantum Day took place on April 14th. Scientists from Paderborn University offered insights into optics labs and clean rooms.

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Prof. Dr. Thomas Zentgraf provides insight into the CRC TRR142.

In­ter­view with TRR 142-PI about ho­lo­gra­phy and VR-glas­ses | Pa­der­Phy epi­so­de 4

In episode 4, Prof. Dr. Thomas Zentgraf, head of the Ultrafast Nanophotonics group and Principal Investigator of three projects within the TRR 142, explains what Ultrafast Nanophysics has to do with holography.

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Put­ting a use­ful­ness tag on se­mi­con­duc­tor quan­tum tech­no­lo­gies

Quantum technologies provide the amazing perspective to boost progress in communication, quantum computing or cryptography. Their advantage is based on utilizing the laws of quantum mechanics instead of classical physics which open up the possibility to implement highly efficient quantum algorithms, so the quantumness of a system becomes a valuable resource.

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Pre­sen­ta­ti­ons at the DPG Spring Con­fe­rence SA­MOP 2023

This year's DPG Spring Conference in the sections atoms, molecules, quantum optics and photonics (SAMOP) takes place from 05 to 10 March 2023 in Hanover. Numerous researchers of the TRR 142 present their latest research.

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Ha­bi­li­ta­ti­on von Dr. Son­ja Bark­ho­fen

Frau Dr. Sonja Barkhofen, Alumna des TRR 142 und Gruppenleiterin in der AG Integrierte Quantenoptik, hat am 24.11.2022 erfolgreich ihr Habilitationsverfahren bestanden und am 18.01.2023 die Lehrbefugnis erhalten.

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Photo (© Prof. Dr. Abdulhakem Elezzabi (University of Alberta)): Prof. Dr. Markus Betz (TU Dortmund, left) and Dr. Michael Schulz (president and founder of Class 5 Photonics, right) congratulate Dr. Hendrik Rose on the Best Student Paper Award.

Best Stu­dent Pa­per Award for Dr. Hen­drik Ro­se at the SPIE Pho­to­nics West 2023

After two years of contributing with videos to the virtual meetings, this year Hendrik Rose could finally go to San Francisco and present a talk at the SPIE Photonics West.

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Photo (Paderborn University): Professor Christine Silberhorn, a Paderborn University physicist, joins the German Science and Humanities Council.

Pro­fes­sor Chris­ti­ne Sil­ber­horn of Pa­der­born Uni­ver­si­ty joins the Ger­man Sci­ence and Hu­ma­ni­ties Coun­cil

The Federal President of Germany Dr. Frank-Walter Steinmeier has appointed Professor Christine Silberhorn, Head of the Institute for Photonic Quantum Systems and holder of the Chair of Integrated Quantum Optics at Paderborn University, to the German Science and Humanities Council. The physicist begins her three-year term as a member of Germany’s highest-ranking science policy advisory body on 1 February.

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Pre­sen­ta­ti­ons at the SPIE Pho­to­nics West

Dr. Hendrik Rose and Prof. Dr. Torsten Meier are giving presenations at the SPIE Photonics West which takes place from 28 January to 01 Februar 2023 in San Francisco. They present their latest research:

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Photo (Paderborn University, Jennifer Bounoua): Prof Dr Johannes Blömer (left), Vice President for Research and Junior Academics, awarded prizes for excellent dissertations to: (from left to right): Dr Raschid Abedin, Dr Marius Dörner, Dr Philipp Dierks und Dr Hendrik Rose.

Ex­cel­lence Award for Dr Hen­drik Ro­se

Dr Hendrik Rose has been awarded a prize for his outstanding dissertation “Theoretical Analysis of the Interaction between Semiconductor Nanostructures and Quantum Light: From Single Pulses to Four-Wave Mixing“.

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Star Trek: How tech­ni­cal vi­si­ons be­co­me re­a­li­ty

On Thursday, 2 February, at 5 pm, a galactic event will take place in lecture hall O1 at the University of Paderborn: In his lecture, Dr. Hubert Zitt from the University of Kaiserslautern will compare the visions of "Star Trek" with the current state of science and technology in a serious and at the same time humorous way.

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Prof. Dr. Jan Sperling (Photograph: Besim Mazhiqi)

jD­PG Theo-Work­shop 2023 – Quan­ten­in­for­ma­ti­on in der Phy­sik

Der 13. Theorieworkshop der jDPG findet in der Jugendherberge Wewelsburg statt. Studierende und Doktoranden erhalten während einer mehrtägigen Veranstaltung detaillierte Einblicke in einen Forschungsbereich. Zum diesjährigen Thema "Quanteninformation" hält Prof. Dr. Jan Sperling einen Vortrag über "Quantenverschränkung".

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TRR 142-3 Work­shop in Bad Sas­sen­dorf

Scientific exchange and mutual presentation of project results were reason enough for around 80 members of TRR 142 to meet for the second workshop this year on November 28th and 29th, 2022 in Bad Sassendorf.

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