What is the difference between free electronics activities and wave electronics activities?
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Free electronics activities involve accelerating charged particles using methods like plasma wave accelerators and inverse free electron lasers, where electrons are accelerated by an intense laser field and a static magnetic field, leading to strong acceleration and ejection tendencies when using a focused laser beam . On the other hand, wave electronics activities focus on decentralized trust in authorization systems, like the WAVE framework, which ensures that permissions cannot be modified or seen by central services, allowing participants to autonomously delegate permissions securely. WAVE employs cryptographic enforcement, novel encryption protocols, and untrusted scalable storage solutions to protect permissions while offering competitive performance to traditional centralized systems . Both types of activities showcase innovative approaches in their respective fields, with free electronics emphasizing particle acceleration and wave electronics emphasizing secure decentralized authorization.
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