User contributions for Harold

9 May 2026

• 00:0300:03, 9 May 2026 diff hist +261 Template:Quantum methods backlink No edit summary
• 00:0000:00, 9 May 2026 diff hist +121 Template:Quantum methods backlink No edit summary

8 May 2026

• 23:5823:58, 8 May 2026 diff hist −430 Template:Quantum methods backlink Replaced content with "TEST BACKLINK" Tag: Replaced
• 23:5323:53, 8 May 2026 diff hist +232 N Template:Quantum book backlink/styles.css Created page with ".quantum-backlink { display: block; margin: 0.2em 0 0.8em 0; font-size: 90%; } .quantum-backlink::before { content: "← Back"; } .quantum-methods-backlink-mathematical::before { content: "← Back to Mathematical methods"; }"
• 23:3423:34, 8 May 2026 diff hist +302 N Physics:Quantum methods/operator Created page with "{{Short description|Mathematical object representing a physical observable}} {{Quantum methods backlink|Mathematical methods}} An '''operator''' is a mathematical object used in quantum mechanics to represent observables and transformations. == References == {{reflist|3}} {{Author|Harold Foppele}}"
• 23:3223:32, 8 May 2026 diff hist +736 N Template:Quantum methods backlink/styles.css Created page with ".quantum-backlink { display: block; margin: 0.2em 0 0.8em 0; font-size: 90%; } .quantum-backlink::before { content: "← Back"; } .quantum-methods-backlink-mathematical::before { content: "← Back to Mathematical methods"; } .quantum-methods-backlink-measurement::before { content: "← Back to Measurement techniques"; } .quantum-methods-backlink-experimental::before { content: "← Back to Experimental methods"; } .quantum-methods-backlink-computational::before..." current
• 23:2923:29, 8 May 2026 diff hist +443 N Template:Quantum methods backlink Created page with "<templatestyles src="Quantum book backlink/styles.css" /> <span class="quantum-backlink quantum-methods-backlink quantum-methods-backlink-{{#switch:{{{1|}}} | Mathematical methods = mathematical | Measurement techniques = measurement | Experimental methods = experimental | Computational methods = computational | Statistical and thermodynamic methods = statistical | Field and many-body methods = field | #default = default }}"></span>"