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Photo courtesy of MUSE AI 2023年的長假不少，但是補上班日也隨之增多。部分企業在反應工作時程受到影響的同時，也表示補班日的工作效率與效能有時真的會不太一樣。在這樣的考量下，政府調整了明年補班與補假的規範，從中有許多toeic英文，學習了之後也方便與外籍員工布達交流。 Staff Announcement: Update on Holiday and "Make-Up" Day Policy for 2024 Dear Team, We wish to inform you about some changes to the holiday policy for 2024 based on the recent guidelines released by the Directorate-General of Personnel Administration (DGPA): The number of "make-up" days, where staff has to work or attend classes after a holiday, has been reduced to only one day in 2024. The total days off and extended weekends in 2024 will be slightly fewer than in 2023. The concept of "make-up" days is being redefined. Instead of a fixed make-up day for long holidays, we will adopt a flexible approach, limiting to one

ESG是近年來企業大量關注的議題，下文是一場ESG研討會的邀請，我們來一起看看研討會邀請函的用法有哪些。 To: All Employees From: Jane Doe, Head of Corporate Responsibility Date: September 5, 2023 Subject: RSVP for ESG Seminar on Sept 20 with Dr. Emma Thompson BrightWave Inc. is hosting an ESG (Environmental, Social, Governance) Seminar on September 20, from 10 AM to 12 PM in Conference Room 401. Dr. Emma Thompson, a leading ESG expert, will be our keynote speaker. The seminar will focus on "Integrating ESG Objectives into Strategic Business Goals." Agenda: 10:15 AM: Keynote by Dr. Thompson 11:00 AM: Q&A 11:30 AM: Networking Why Attend? Learn about the latest ESG trends. Align your work with our ESG goals. RSVP by September 10 via the internal event portal. Your participation is strongly encouraged as we

  Photo courtesy of 123rf   大部分超導體的形成都是在極低溫，因此製備十分困難，日前當南韓科學家說他們發現可以在常溫中展現出超導性的LK-99，業界無比興奮。不過這項消息也隨後被科學家們推翻，因為他們發現就目前的實驗結果看來，其並不具備超導體特質。知名科學期刊Nature，更直接在8/16刊登論文表示LK-99並非超導體，為整場常溫超導體的奇幻之旅畫下句點，筆者根據該文章做了簡單摘要，透過這篇文章，讀者可以知道一些基本超導體知識以及表達看法的相關單字。   In late July, a groundbreaking discovery drew public attention. A South Korean team claimed that LK-99 exhibited superconductivity at normal pressure and room temperatures up to 127°C, contrasting with conventional superconductors that work at extremely low temperatures and pressures. However, further investigations have shown that impurities, particularly copper sulfide, were responsible for its apparent characteristics of partial levitation over a magnet and sharp drops in electrical resistivity. Finally, multip