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Articles by Sascha Simon
Minding the drone gap: Drone warfare and the EU
Darwinian drones The use of drones in warfare is not new. Since the early 2000s, the United States has carried out thousands of long-range drone strikes on high-value targets around the world as part of its Global War on Terror. In contrast, the war in Ukraine features a vast number and variety of drones constantly hovering over the frontlines, making troop and vehicle movements difficult.
Drones to the right of them, drones to the left of them: Drone warfare and the EU
Darwinian drones The use of drones in warfare is not new. Since the early 2000s, the United States has carried out thousands of long-range drone strikes on high-value targets around the world as part of its Global War on Terror. In contrast, the war in Ukraine features a vast number and variety of drones constantly hovering over the frontlines, making troop and vehicle movements difficult.
EU-ISS paper: Minding the drone gap - drone warfare and the EU
Paris, 11 October 2024 By Jan Joel Andersson, Sascha Simon Table of contents 1 Introduction 2 Defining drones 3 Darwinian drones 4 The EU and drones 5 6 Conclusion 7 References Download Brief Introduction Artillery dominates the war in Ukraine, but is the drone fast replacing it as the ‘King of Battle’? Ukraine’s military leadership suggested as much in May 2024, stating that ‘drones kill more soldiers on both sides than anything else’ (1).
Combination of searches for invisible Higgs boson decays with the ATLAS detector
Report number ATL-PHYS-SLIDE-2019-050 Title Combination of searches for invisible Higgs boson decays with the ATLAS detector Author(s) Dreyer, Sascha Simon (Kirchhoff-Institut f\"{u}r Physik) Corporate author(s) The ATLAS collaboration Collaboration ATLAS Collaboration Submitted by sascha.dreyer@cern.ch on 20 Feb 2019 Subject category Particle Physics - Experiment Accelerator/Facility, Experiment CERN LHC ; ATLAS Free keywords HIGGS Abstract The Standard Model (SM) predicts invisible decays...
Separation of hadronic W and Z decays in the CLIC_ILD and the CLICdet detector models at 1.4 and 3TeV
A study of the W and Z separation was performed for the CLIC_ILD and the CLICdet detector models for the proposed Compact Linear Collider (CLIC). Comparisons were done for fully-hadronic WW and ZZ events at the collision energies of 1.4 and 3 TeV. Particle flow objects are reconstructed using a full simulation of the events including relevant beam-induced background processes.
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