Re­search

Here you will find current, selected news from the area of research at the University of Paderborn. Further releases can be found in the press archive.

 

Foto (Heinz Nixdorf Institut): Messaufbau: In eine Silizium-Photonik-Technologie integrierte, hochpr?zise, optisch getaktete Schaltung.

Rekord in der Sig­naler­fas­sung: Forschungs­gruppe en­twick­elt welt­weit pr?ziseste und schnell­ste Schal­tung

Daten zu übertragen und miteinander zu vernetzen sind zentrale Prozesse in Zeiten des digitalen Wandels. Dabei lassen immer gr??er werdende Datenmengen die Anforderungen an Sender- und Empfangsger?te steigen.

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En­cour­aging in­terest in sci­ence in primary school pu­pils

New BMBF research project on STEM education in primary schools at Paderborn University

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More sus­tain­ab­il­ity in the auto­mot­ive in­dustry: re­search pro­ject launched at Pader­born Uni­ver­sity

Manufacturing vehicles in a more efficient, environmentally friendly way is the goal of a new research project being headed up by the chair of Automotive Lightweight Design (LiA) at Paderborn University.

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Foto (WWU Münster, M?ning): Ultrahochvakuum-System am Center for Nanotechnology (CeNTech) mit einem Tieftemperatur-Rasterkraftmikroskop, das bei fünf Kelvin betrieben wird und mit einem Aufbau für Photoelektronenspektroskopie verbunden ist.

Forschende un­ter­suchen kata­lyt­ische Akt­iv­it?t von Kup­ferato­men

Neues Verfahren korreliert atomare Mikroskopie mit der Funktion von Einzelatomkatalysatoren

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Photo (Paderborn University, Besim Mazhiqi): Scientists have observed a new effect of light-matter interaction for the first time.

Neut­ral particles can be con­trolled as if charged

New effect of light-matter interaction observed: Physicists from Paderborn University publish findings in ‘Nature Communications’

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[Translate to English:] Symbolbild (Universit?t Paderborn, Matthias Groppe).

Re­search pro­jects show man­u­fac­tur­ing com­pan­ies the po­ten­tial of di­git­al­isa­tion

Digitalisation opens up a wide range of opportunities for manufacturing companies to improve their processes and products, with ever-increasing volumes of operating data from technical systems offering particularly high potential.

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Christian Oleff und Daniel Preu?, beide vom Heinz Nixdorf Institut der Universit?t Paderborn, diskutieren die ?ARCA“-Projektergebnisse am Beispiel eines Heckflügelhalters.

Mehr Ef­f­iz­ienz in der Produk­tentwicklung: KI-basierte Ab­h?ngigkeit­san­a­lyse er­m?g­licht proakt­ives Man­age­ment von…

Paderborner Forschende und Industriepartner schlie?en Projekt erfolgreich ab

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Symbolfoto (Universit?t Paderborn): Das Projekt ?HyOpt" wurde erfolgreich beendet.

?Hy­Opt“: Op­ti­mier­ungs­basierte En­twicklung von Hy­brid­werkstof­fen

Forschungsprojekt an der Universit?t Paderborn erfolgreich beendet. Das Ergebnis: eine Toolbox, die dem Design neuer Werkstoffe dient.

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Photo (Ingrid Anderson-Jensen, SG Flensburg-Handewitt): Johannes Golla, player at SG Flensburg-Handewitt and capatain of the German national team, scoring a goal with sensors in the lower neck area under the jersey.

Sci­ent­ists from Pader­born Uni­ver­sity Work with Pro­fes­sion­al Hand­ball Play­ers to De­vel­op AI That Can Pre­dict Goals and Meas­ure…

Scientists from Paderborn University, in a research project with professional handball club SG Flensburg-Handewitt, have now studied how the use of algorithms can minimize the risk of injury and improve athlete performance. The researchers also developed an AI feature that can predict goals.

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Photo (Paderborn University, Besim Mazhiqi): The ZirkuPro project is creating a system so that companies can take a targeted approach to their product development, which can make the impact of design decisions on the entire value chain, for instance, more transparent.

A Cir­cu­lar Eco­nomy for More Sus­tain­able Product De­vel­op­ment - Pro­ject "ZirkuPro"

New Research Project Launched for Intelligent Technical Systems

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