Publications by authors named "M Emerich"

Article Synopsis
  • * This experiment produced 2.05 MJ of laser energy, resulting in 3.1 MJ of total fusion yield, which exceeds the Lawson criterion for ignition, demonstrating a key milestone in fusion research.
  • * The report details the advancements in target design, laser technology, and experimental methods that contributed to this historic achievement, validating over five decades of research in laboratory fusion.
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Article Synopsis
  • * In inertially confined fusion, ignition allows the fusion process to spread into surrounding fuel, potentially leading to higher energy output.
  • * Recent experiments at the National Ignition Facility achieved capsule gains of 5.8 and approached ignition, even though "scientific breakeven" has not yet been fully realized.
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A comprehensive societal change is currently taking place, which also includes the medical field. The often heard "digital transformation" is also fundamentally transforming the health care system familiar to us, including the medical schools. While the Masterplan 2020 includes changes in the medical school structure and in the curricular content, it unfortunately focuses on special competencies, e.

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Preoperative stress testing in asymptomatic patients is considered rarely appropriate in patients with: (1) moderate to good functional capacity (≥4 metabolic equivalent (METs)), (2) no clinical risk factors, or who are (3) asymptomatic after revascularization, normal stress test, or normal coronary angiography within 1 year. Preoperative stress testing is also not recommended in patients at low risk (<1%) for adverse cardiac events. We investigated the frequency of rarely appropriate and low-risk preoperative stress testing across medical specialties at our institution in asymptomatic patients when applying appropriate use criteria and two different perioperative risk models.

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A very large area (7.5 mm(2)) laser-driven x-ray backlighter, termed the Big Area BackLighter (BABL) has been developed for the National Ignition Facility (NIF) to support high energy density experiments. The BABL provides an alternative to Pinhole-Apertured point-projection Backlighting (PABL) for a large field of view.

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