News
Understanding the radiative Auger process in quantum dots
A new publication in Phys. Rev. B by the Reiter group
![Sketch of a quantum dot spectrum showing the radiative Auger lines](/storages/cmt-physik/_processed_/b/b/csm_2312_Gawarecki_be043963c8.png)
Congratulations to Quentin Richter
Quentin Richter finishes his Bachelor thesis in AG Reiter
![Plots showing the resonance condition of SUPER and the time dynamics.](/storages/cmt-physik/_processed_/c/d/csm_2310_Quentin_33dc11d8c0.png)
New chirping techniques for excitation of quantum dots
A new publication in APL photonics by the Reiter group
![Sketch of a Chirped Bragg Fiber Grating device and laser pulses](/storages/cmt-physik/_processed_/9/b/csm_2310_CFBG1_9080dd448d.png)
Thomas wins EDISON Young Researcher Award
Thomas Bracht receives Best Poster Award at EDISON Conference
![Header of Thomas Bracht's poster](/storages/cmt-physik/_processed_/5/3/csm_2308_poster_bracht_fdc44dabda.png)
Finite pulses open the door for phonons to degrade entanglement
A new publication in Phys. Rev. B by the Reiter group
![Sketch of the entanglement generation process now including temperature dependence](/storages/cmt-physik/_processed_/d/8/csm_2306_Tim_b7cd86fa9f.jpg)
Using chirped pulses to simultaneous address multiple quantum dots
A new publication in Materials for Quantum Technologies by the Reiter group
![Sketch of the experiment](/storages/cmt-physik/_processed_/e/f/csm_2305_ARP_twoQD-01_7f518fe338.jpg)
Using Machine Learning to draw phase diagramms
A new publication in Communication Physics by the Reiter group
![Two plots of the phase diagrams of topological lasing modes](/storages/cmt-physik/_processed_/4/a/csm_2305_Wong_0cb915849f.png)
Congratulations to Maximilian Sohr
Maximilian Sohr finishes his Master thesis on photonic honeycomb lattices in AG Reiter
![Sketch of the photonic band structure](/storages/cmt-physik/_processed_/b/a/csm_2303_Sohr_c5a2f2e3ef.png)
Temperature degrades entanglement emitted from quantum dots
Two new publications from the Reiter group
![Grafical Representation of the heating of a quantum dot resulting in a loss of entanglement](/storages/cmt-physik/_processed_/1/d/csm_2303_Temp_Dependence_bf1598a530.jpeg)