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Quantum cascade lasers could drive private free-space communications

Quantum cascade lasers could drive private free-space communications 28 Jun 2021 Télécom Paris, TU Darmstadt and UCLA demonstrate FSO networking with two uni-directionally coupled QCLs. Chaos theory: experimental setup for free-space comms based on QCLs.Free-space optical communication, the communication between two devices at a distance using light to carry information, is a highly promising system for achieving high-speed communication. This system of communication is known to be immune to electromagnetic interference. While some studies have highlighted the possible advantages of free-space optical communication, this system of communication has so far come with certain limitations. Most notably, it is known to offer limited security against eavesdroppers.

DFG funds four collaborative research centers at Goethe University

Funding decision on four collaborative research centres at Goethe University

Four collaborative research centres at Goethe University receiving funding

 E-Mail IMAGE: Using the mathematical technique of uniformization, complicated geometric spaces (here: the j-invariant as an automorphic function on the uniformization of the moduli space of elliptic curves) can be represented as. view more  Credit: Michaelis Neururer Researching intricate geometric and arithmetic objects is the goal of the new Collaborative Research Centre Transregio 326 (TRR 326), coordinated by Goethe University. On 25th May, the German Research Foundation (DFG) announced that the TRR 326 would be funded with 9.2 million euros for the next four years. The CRC 1039 Signalling by fatty acid derivatives and sphingolipids in health and disease , for which Goethe University is spokesperson, will be continued and receive 9.6 million euros for the third funding period. Two other TRRs in which Goethe University is involved will also be funded by the DFG: In the TRR 211 Strongly interacting matter under extreme conditions , the spokesperson will switch from

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