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Precise investigation of the photoinduced cleavage of cobalt-containing cyanide ligands
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Precise investigation of the photoinduced cleavage of cobalt-containing cyanide ligands
Cyanide ligands are very stable compounds of hydrocyanic acid with metals. These (non-toxic) compounds are often used in the manufacture of pigments and are employed in electrolysis and medical diagnostics. Using a combination of ultrafast, inelastic X-ray absorption and emission spectroscopy, Vinicius Vaz da Cruz from the Helmholtz Centre Berlin for Materials and Energy (HZB) and and...-
05:29 duration
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Insights into the work of the ‘power plants’ of organic cells
The team led by Camila Bacellar from the Paul Scherrer Institute (PSI) in Switzerland is investigating the haemprotein cytochrome c at the SCS experiment station of the European XFEL. Among other things, this protein plays an important role in electron transport in mitochondria. Mitochondria are regarded as the "power stations" in the cells of organisms. The team is particularly interested in...-
02:38 duration
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The characteristics of oxygen in acetic acid
Atoms incorporated in molecules get a kind of ‘chemical personality’. Christian Ott, Thomas Pfeifer and their team from the Max Planck Institute for Nuclear Physics are interested in this ‘chemical personality’ of the two oxygen atoms of acetic acid. The colourless liquid is not only used at home for salads, but also in the food and chemical industries. At the SQS instrument of...-
05:07 duration
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Quantum Impurity Solvers: Recent Advances
see more at: https://indico.desy.de/event/47240-
40:22 duration
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Enantio-sensitive spin-orientation locking and spin vortices induced by geometric fields in chiral molecules
see more at: https://indico.desy.de/event/47240/overview-
33:55 duration
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153 views
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About local and non-local correlations - A brief history of the electronic structure problem in correlated electron materials
see more at: https://indico.desy.de/event/47240/overview-
01:40:06 duration
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Challenges ahead in atomic, molecular, and nuclear few-body physics
see more at: https://indico.desy.de/event/47240/overview-
43:30 duration
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Polaritonic Chemistry: Challenges & Opportunities
see more at: https://indico.desy.de/event/47240/overview-
42:02 duration
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Monitoring elementary molecular events and conical intersections by ultrafast X-ray pulses, quantum light, and optical cavities
see more at: https://indico.desy.de/event/47240/overview-
39:19 duration
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Strong-field physics meets quantum optics
see more at: https://indico.desy.de/event/47240/overview-
34:20 duration
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Matching Effective Field Theories to the Large Hadron Collider
https://indico.desy.de/event/47240/overview-
49:44 duration
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The Detection Challenge of the Cosmic Neutrino Background and Other Relics
https://indico.desy.de/event/47240/overview-
43:20 duration
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What we know and don’t (yet) know about the Two-Dimensional Hubbard Model
https://indico.desy.de/event/47240/overview-
50:29 duration
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Entropic Order
https://indico.desy.de/event/47240/overview-
35:58 duration
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Challenges in Conformal Bootstrap
https://indico.desy.de/event/47240/overview-
41:39 duration
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10 views
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Some Challenges of Quantum Theory Applied to Chemistry and Materials Science
https://indico.desy.de/event/47240/overview-
50:32 duration
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Challenges in attochemistry and its theoretical description
https://indico.desy.de/event/47240/overview-
40:57 duration
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Superconductivity: past, present and future
https://indico.desy.de/event/47240/overview-
54:57 duration
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Gravity is Different – Counterexamples to the Wilsonian Paradigm of Low Energy Effective Theory
https://indico.desy.de/event/47240/overview-
43:45 duration
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Engineering gravity via conformal field theory
https://indico.desy.de/event/47240/overview-
38:58 duration
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Energy conversion at the nanoscale: exploiting non-thermal resources
https://indico.desy.de/event/47240/overview-
37:01 duration
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Frustrations and complexity in classical and quantum spin systems
https://indico.desy.de/event/47240/overview-
54:18 duration
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Are black holes natural?
https://indico.desy.de/event/47240/overview-
42:58 duration
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Tales from the Stellar Graveyard: How Dead Stars Reveal New Physics
https://indico.desy.de/event/47240/overview-
43:18 duration
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WPC Theoretical Physics Symposium 2025 - Welcome
for more more infomration see: https://indico.desy.de/event/47240/overview-
03:30 duration
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Hi-Acts KFS Synchrotron Transfer Workshop 2024 - Voices from the Network
The Synchrotron Transfer Workshop - a dialogue between industry and research centers, was organized by the (Committee Research with Synchrotron Radiation) and Hi-Acts (Helmholtz Innovation Platform for Accelerator-based Technologies and Solutions) on the DESY Campus from 8 to 9 October 2024. The aim of the workshop was to strengthen cooperation between industrial and academic users of the...-
01:47 duration
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Liquid carbon at extreme conditions
Using the DIPOLE 100-X high-power laser at the European XFEL's HED-HIBEF, an international research collaboration led by the University of Rostock and the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) has succeeded in studying liquid carbon in detail for the first time.The unique combination of the European XFEL with the high-performance laser DIPOLE100-X was crucial for the success of the...-
06:11 duration
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Gas-based Sono-photonics - Replacing traditional optical components with air and sound
We’re excited to share our new video on gas-based sono-photonics – a pioneering approach that replaces traditional optical components with air and sound. At the forefront of this innovation is Christoph Heyl and his team at DESY, demonstrating how sound waves in gas can be used to manipulate light in high-power laser systems – dynamically, contact-free, and without...-
02:58 duration
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Vakuum begreifen: Luftdruckänderung mit der Höhe
Ändert sich der Luftdruck mit der Höhe? Und wenn ja, wie doll und warum? Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
04:16 duration
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572 views
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Optical components made of air: Gas-based sono-photonics as a new platform technology
Using ultrasound to produce optical gratings from layers of air of different densities to control light - this has been achieved by the DESY Ultrafast Photonics research group together with TU Darmstadt and the ultrasound device manufacturer Inson GmbH. The project was supported by Hi-Acts and funded by the Carl-Zeiss-Stiftung with 750,000 €.-
02:58 duration
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Laser show during during the European XFEL Laser Day on 8 February 2025
The Pinneberg-based laser artist Florian Sieck presented an outdoor laser installation with background music during the European XFEL Laser Day that attracted more than 1200 guests with a diverse fascinating programme.-
00:54 duration
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574 views
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Meet the unknown: Who is PETRA?
THE DESY UNIVERSE. A movie by the DESY employer brand (with english subtitles).-
03:35 duration
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1719 views
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Meet the unknown: Teilchen Taco Tuesday.
THE DESY UNIVERSE. A movie by the DESY employer brand (with english subtitles).-
03:33 duration
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71 views
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Meet the unknown: Teilchen Taco Tuesday.
THE DESY UNIVERSE. Ein Film der DESY Arbeitgebermarke (mit deutschen Untertiteln).-
03:33 duration
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1795 views
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Meet the unknown: Wer ist eigentlich PETRA?
THE DESY UNIVERSE. Ein Film der DESY Arbeitgebermarke (mit deutschen Untertiteln).-
03:35 duration
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172 views
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Hi-Acts Image Video
Hi-Acts Image Video-
02:12 duration
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3123 views
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Vakuum begreifen: Luftwiderstand
Warum fallen manche Dinge langsamer als andere? Das hat nichts mit Unterschieden aufgrund der Schwerkraft zu tun, sondern damit, dass die Luft um uns herum die fallenden Gegenstände zurückdrängt. In diesem Video sehen wir uns an, wie die Luft um uns herum fallende Gegenstände beeinflusst - und das alles mit Hilfe einer Vakuumröhre!-
04:25 duration
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290 views
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Vakuum begreifen: Foliensprenger
Kann das Vakuum saugen? Mit einem krachenden Versuch zeigen wir, dass mit „Saugen“ eigentlich das Erzeugen eines Luftdruckunterschiedes gemeint ist. Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
03:16 duration
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332 views
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Vakuum begreifen: Drücken oder Saugen?
Mithilfe eines leichten Strohhalm-Versuchs zeigen wir euch, dass mit „Saugen“ eigentlich das Erzeugen eines Luftdruckunterschiedes gemeint ist. Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
03:02 duration
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316 views
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Vakuum begreifen: Einführung
In diesem Video erzählen wir euch, was man im DESY-Schülerlabor alles machen kann und klären ein paar grundlegende Begriffe.-
07:45 duration
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380 views
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Vakuum begreifen: Der Staubsauger
Wie funktioniert ein Staubsauger? Was hat er mit Luftdruck und Vakuum zu tun? Saugen oder drücken? Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
02:22 duration
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360 views
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DESY Innovation Award 2023
DESY Innovation Award 2023: Wide range pressure sensing (Christoph Reinhardt, DESY and Hossein Masalehdan, University of Hamburg)-
01:48 duration
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289 views
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DESY Innovation Award 2024
DESY Innovation Award winner 2024: "Sono Photonics" A project by Christoph Heyl, Yannick Schrödel, Tino Lang (DESY) Mario Kupnik, Sören Soennecken, Claas Hartmann (TU Darmstadt) Regina Schuster, Anne Harth (Aalen University)-
02:12 duration
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280 views
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DESY Start-up Office
From groundbreaking research to entrepreneurship – the DESY Start-up Office supports scientists in developing innovative high-tech products and services and becoming entrepreneurs. With tailored advice and access to a strong network in Hamburg, Brandenburg, and beyond, we help transform ideas into thriving businesses. Our focus is on overcoming the challenges of high-tech ventures, ensuring...-
02:21 duration
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108 views
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Luftdruckänderung im Ohr
Warum tut oft das Ohr weh, wenn man mit einem Flugzeug startet? Und wie stark drückt der Luftdruck eigentlich auf dich? Das verrät dir das DESY Schülerlabor Zeuthen in diesem Video.-
04:43 duration
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302 views
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Vakuum begreifen: Das Vakuumieren
Wie können Lebensmittel länger haltbar gemacht werden? Wie können Kleidung oder Bettwäsche platzsparend verstaut werden? Und was hat das mit Luftdruck und Vakuum zu tun? Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
05:27 duration
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317 views
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Phasendiagramm
Eine Einführung in das Phasendiagramm von Stoffen, das nötig ist, um den Tripelpunkt zu verstehen, erstellt vom Schülerlabor DESY Zeuthen.-
07:27 duration
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294 views
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Vakuum begreifen: Der Schall
Was ist Schall? Wie werden Geräusche übertragen? Herrscht ewige Stille im All? Und was hat das mit Vakuum zu tun? Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
04:30 duration
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284 views
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Trippelpunkt vom Wasser
In diesem Video wird der Trippelpunkt vom Wasser erklärt.-
07:26 duration
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301 views
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Vakuum begreifen: Das Teilchenmodell
In diesem Video schauen wir uns das Teilchenmodell an, denn Alles, was uns umgibt, besteht aus Teilchen. Wie wird das Vakuum mithilfe des Teilchenmodells erklärt? Das DESY-Schülerlabor physik.begreifen erklärt es euch einfach.-
03:43 duration
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391 views
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