Our UofG Colleagues Peter Sneddon, Erin Ferguson, Eric Yao share: Why do students decide to stop studying physics?
#oSoTLSummer #SoTL #AcWri #highered #Vol2No1_22 #physics #motivation https://osotl.org/osotl/article/view/22/36
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Our UofG Colleagues Peter Sneddon, Erin Ferguson, Eric Yao share: Why do students decide to stop studying physics?
#oSoTLSummer #SoTL #AcWri #highered #Vol2No1_22 #physics #motivation https://osotl.org/osotl/article/view/22/36
I am almost missing the good old days in which retired engineers or new undercover Einsteins used to sent me their theories of everything (without equations, or with un-intelligible scribbles etc).
Now instead, they send me "their interesting conversations with Grok/ChatGPT" and I just want to cry in despair.
The #AI bubble has even managed to ruin the fun in #retired_engineers, and I cannot forgive the AI hype for this (besides other things).
In a first for the field, researchers from The Grainger College of Engineering at the University of Illinois Urbana-Champaign have reported a photopumped lasing from a buried dielectric photonic-crystal surface-emitting laser emitting at room temperature and an eye-safe wavelength. Their findings, published in IEEE Photonics Journal, improve upon current laser design and open new avenues for defense applications.
Новый эксперимент по измерению квантового туннелирования фотонов между двумя волноводами дал результаты, которые трудно согласовать с некоторыми детерминистскими интерпретациями квантовой механики. По словам исследователей, команды физиков из Нидерландов, он представляет собой долгожданную экспериментальную проверку теорий, которые ранее считались эмпирически неотличимыми от традиционной квантовой механики.