From link..
Why is there no picture of the envelope and the letterhead of the Royal Court.
Does anybody know what the sisters of gaudium are. I looked for it and found this:
Evangelii gaudium (The Joy of the Gospel) is a 2013 apostolic exhortation by Pope Francis on the church's mission of evangelization in the modern world." Evangelii gaudium aims at overcoming complacency at every level of the church’s hierarchy and in the life of every Christian. It touches on the obligations Christians have to the poor, and the duty to establish and maintain just economic, political, and legal orders.
Trovata impiccata a Prato: chi era?
It's seems to be signed in person. Maybe it's 'petites soeurs de gaudium' (little sisters of the gospel)? Could she have been a non herself once?
The letter seems to be signed by a Roberta. There is this lady Secretaire general Roberta Tremarelli
A totally other thought...could she be a child out of an affair of one of the royals?
Or...the stamp is just a collectors item....Henrik Eis having something to do with stamps.
Or...the stamp is just a collectors item....Henrik Eis having something to do with stamps.
Can anyone tell what the country of origin for the magazine is from "postcode" (instead of zip code) and a blank for country (but not for state)?
//www.rai.it/dl/RaiTV/programmi/media/ContentItem-a821f88a-70a6-42b8-855b-b356bc6c436c.html#foto-35
There is a passage transcribed (handwritten) here from an article in Scientific American published on Sept 1, 2007. I was able to access the entire article through a search but can only link a paid/subscription version for some reason. So maybe the card for Henrik Eis came from her own magazine? Can anyone tell what the country of origin for the magazine is from "postcode" (instead of zip code) and a blank for country (but not for state)?
https://www.scientificamerican.com/article/the-promise-of-plasmonics/
Recently, however, scientists have been working on a new technique for transmitting optical signals through minuscule nanoscale structures. In the 1980s researchers experimentally confirmed that directing light waves at the interface between a metal and a dielectric (a nonconductive material such as air or glass) can, under the right circumstances, induce a resonant interaction between the waves and the mobile electrons at the surface of the metal. (In a conductive metal, the electrons are not strongly attached to individual atoms or molecules.) In other words, the oscillations of electrons at the surface match those of the electromagnetic field outside the metal. The result is the generation of surface plasmons--density waves of electrons that propagate along the interface like the ripples that spread across the surface of a pond after you throw a stone into the water.
rsbm
I present: Henrik Eis, Danish stamp guy
Eis, Henrik [WorldCat Identities]
The audience for this publication is special, it says!
edited to add: I can't read. frednedna posted about this years ago, and now I can't delete this post, but please enjoy the fascinating link anyway
It took me a while to understand what you are actually saying. Do you think she was a writer/journalist and she wrote the article? The handwritten piece is a draft for the article?
@Bit of hope no kidding! Way too many N/As in that report. Most of them are quite applicable and could/should have been noted!