Adélaïde's research project

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Proposal for a research presentation at court on the occasion of the Chinese envoys' visit

  Presentation title: Materials used in the tracing of runic designs for crafting warding amulets and their impact on the resulting properties of their wards.   Author: Mistress Adélaïde Jameux   Affiliation: University of Lille   Topic: Runic magic
 

Graphical abstract

Graphical abstract.png

  Abbreviation: Ag, Silver; Al, Aluminium; Au, Gold; C, Carbon; Co, Cobalt; Cr, Chromium; Cs, Cesium; Cu, Copper; Hg, Mercuy; Ir, Iridium; Ni, Nickel; Pb, Lead; W, Tungsten.
 

Abstract

  Background
Ward creation is the most fundamental application of runes-based magic. All ward masters alter metal composition of warding amulets to make them more versatile and powerful, which is to say able to withstand more powerful challenges to their integrity. However, beyond ward design, few attempts have been made in Europe to look at the impact of crafting conditions on the resulting wards.   Aim
Develop a manner to enhance the potency and properties of a warding amulet by only varying the conditions of its crafting.   Method
A simple three-circle runic design was traced around the crafting spot using different prime elements, and identical amulets were crafted. The magical absorption of the different amulets during their empowering was measured, then their strength was tested with a series of calibrated attacks from an energy-sending stick. All craftings were repeated during the quarters, half and full moons, and data from amulets crafted with same materials were pooled together for comparison.   Results and discussion
Over 5 years of experiments totalling 62 moon phases, and 310 nights, 300 combinations of the 49 purified metals known to date were tested for tracing the circles and 300 additional combinations were tested to make chalk for runes and geometry tracing.
This report details the best combinations identified to create warding amulet with the following properties: most powerful, quickest to form, longer lasting, forming with the least energy, maintained with the least energy, absorbing attacks, reflecting attacks, and making magic visible.   Conclusion
This study has demonstrated that the material used to trace crafting runic circles greatly impact the resulting amulets. A simple runic design was used to illustrate this point, however the effects are expected to be amplified with the level of complexity of the amulet being crafted. Further study into the impact of alloys and minerals is required.  
 

Notes

 
Problem
The wards work only against a narrow field of magic frequency
--> because of the simple three-circle design, cannot be change without using a more complicated design
--> would require decades of work   Danger = when I'll say one amulet has the best shield, they'll want to test it
--> nobody will be impressed if they select a frequency attack outside its range and destroy it in one go.
Solutions?
Cheating --> to have a connection with the amulet to make a frequency-changing ward.   My previous adaptable amulet --> to handle vibration-changing attack
--> need to keep hold of the amulet
--> Not discreet   One solution = blood.
My blood in the amulet = special link between us
But blood magic = ritual = outlawed = guillotine
 
How will they tell blood was used? --> If they could detect blood magic, they would announce it to frighten people   Successful presentation --> invitation to design new amulets for army --> more complex design without obvious flaw --> success   Who'll care about this then?

Comments

Author's Notes

Only elements of the periodic table discovered before 1850 are available, which leaves 49 metals.   I used the known properties of the elements to decide which one would have specific magical properties:

  • Strength: hardness for for C (carbon, for diamond), hardeness and compressive stregth for W (tungsten), and compressive strength and corrosion resistance for Ir (Iridium).
  • Formation speed: the metals with the lowest melting point, Hg (mercury) and Cs (cesium).
  • Longer lasting: corrosion resistance for Ir (Iridium), corrosion resistance and malleability and ductility for Al (aluminium), and hardness and high melting point for C (carbon, for diamond).
  • Formation and maintenance energy: electrical and thermal conductivity, Ag (silver) and Cu (copper).
  • Absorption: radiation absorption for Pb (lead), and resistance to deformation for Au (gol).d
  • Reflection: light reflection, Ag (silver) and Al (aluminium).
  • Making magic visible: magnetic properties, with Cr (chromium) the only antiferromagnetic element, combined with a ferromagnetic element , Fe (iron), Co (cobalt) or Ni (nickel).

  • Please Login in order to comment!
    Dec 16, 2024 23:22 by Dr Emily Vair-Turnbull

    Probably don't mention the guillotine in your presentation/thesis - it might give them ideas! :O   This would be fascinating to read as a whole thing, but I don't think I'd understand it. :D

    Emy x
    Explore Etrea | March of 31 Tales
    Jan 11, 2025 12:45 by Amélie I. S. Debruyne

    D: Right, no mention of guillotine!   I feel as if I could bullshit my way through some pseudo magical-science and write this report entirely, so long as nobody look too much into it XD As it is, I wrote this article before the article on the periodic table and the effect of each elements, and I change my mind on a lot of things in between, so I need to update which elements I chose and the total number of metals available XD

    To see what I am up to: my World Ember 2024.
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