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optics. Its research portfolio spans both curiosity-driven discovery science and mission oriented‑applied physics, quantum technology and photonics, chemistry and computer science, supported by cutting
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at providing high-precision theoretical predictions for Today's and Tomorrow's particle accelerators. To do so the framework of quantum field theory would be used, in particular perturbative Quantum
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; managing performance evaluation systems; ensuring a high-quality research culture; international engagement: strengthening the institute’s international visibility; developing partnerships with leading
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