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Mary the Jewess
Mary the Jewess
Mary the Jewess
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Mary or Maria the Jewess (Latin: Maria Hebraea), also known as Mary the Prophetess (Latin: Maria Prophetissa) or Maria the Copt (Arabic: مارية القبطية, romanized: Māriyya al-Qibṭiyya),[1] was an early alchemist known from the works of Zosimos of Panopolis (fl. c. 300 CE) and other authors in the Greek alchemical tradition.[2] On the basis of Zosimos's comments, she lived between the first and third centuries A.D. in Alexandria.[3][4] French, Taylor and Lippmann list her as one of the first alchemical writers, dating her works at no later than the first century.[5][6]

Key Information

She is credited with the invention of several kinds of chemical apparatus (e.g., the bain-marie) and is considered to be the first true alchemist of the Western world.[7]

Through Zosimos many of the beliefs of Mary the Jewess can be observed. Mary incorporated lifelike attributes into her descriptions of metal such as bodies, souls, and spirits. Mary believed that metals had two different genders, and by joining the two genders together a new entity could be made.[8]

History

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The primary source for the existence of "Mary the Jewess" within the context of alchemy is Zosimos of Panopolis, who wrote, in the 4th century, the oldest extant books on alchemy.[9] Zosimos described several of Mary's experiments and instruments. In his writings, Mary is almost always mentioned as having lived in the past, and she is described as "one of the sages".

George Syncellus, a Byzantine chronicler of the 8th century, presented Mary as a teacher of Democritus, whom she had met in Memphis, Egypt, during the time of Pericles.

The 10th century Kitāb al-Fihrist of Ibn al-Nadim cited Mary as one of the 52 most famous alchemists and stated that she was able to prepare caput mortuum, a purple pigment.

The early medieval alchemical text ascribed to an otherwise unknown "Morienus Romanus" called her "Mary the Prophetess", and the Arabs knew her as the "Daughter of Plato" – a name that, in Western alchemical texts, was used for white sulfur.[10]

Arabic and Latin works

[edit]

Of Mary's Greek works only fragments survive as quoted by Zosimos of Panopolis, pseudo-Olympiodorus and other later authors.[11] However, several Arabic writings attributed to her are extant, some of them also in Latin translations:

  • Risālat Māriyya bint Sāba al-malik al-Qibṭī ilā Āras ("Letter of Maria, Daughter of [the Queen of] Sheba, the Copt, to Aras"), also known as Risālat Māriyya ilā Aras wa-su'āluhu wa-jawābuhā lahu ("Letter of Mary to Aras, his Question and her Answer to Him"). This work was translated into Latin as Practica Mariae prophetissae sororis Moysi.[12]
  • "The Book of Maria and the Wise Men"[13]
  • "The Epistle of the Crown and the Creation of the Newborn Baby"[14]

Alchemical philosophy

[edit]

Axiom of Maria

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Main article: Axiom of Maria

The following was known as the Axiom of Maria:

One becomes two, two becomes three, and out of the third comes the one as the fourth.

Marie-Louise von Franz, an associate of psychologist Carl Jung, gives an alternative version:[15]

Out of the One comes Two, out of Two comes Three, and from the Third comes the One as the Fourth.

Carl Jung used this axiom as a metaphor for wholeness and individuation.

Other

[edit]

Several cryptic alchemical precepts have been attributed to Mary. She is said to have spoken of the union of opposites:[16]

Join the male and the female, and you will find what is sought.

Inventions

[edit]

Mary, along with Agathodaemon, Pseudo-Democritus, and Hermes Trismegistus, was mentioned by Zosimos of Panopolis in his descriptions of certain devices, such as the tribikos, the kerotakis, and the bain-marie. But her contributions are disputed and not clear.[17]

Tribikos

[edit]

The tribikos (Greek: τριβικός) was a kind of alembic with three arms that was used to obtain substances purified by distillation. It is not known whether Mary invented it, but Zosimos credits the first description of the instrument to her. It is still used today in chemistry labs. In her writings (quoted by Zosimos), Mary recommends that the copper or bronze used to make the tubes should be the thickness of a frying pan and that the joints between the tubes and the still-head should be sealed with flour paste.[18]

Kerotakis

[edit]
An alchemical balneum Mariae, or Maria’s bath, from Coelum philosophorum, Philip Ulstad, 1528, Science History Institute

The kerotakis (Greek: κηροτακίς or κυροτακίς), is a device used to heat substances used in alchemy and to collect vapors.[19] It is an airtight container with a sheet of copper on its upper side. When working properly, all its joints form a tight vacuum. The use of such sealed containers in the hermetic arts led to the term "hermetically sealed", which is still in use. The kerotakis was said to be a replication of the process of the formation of gold that was occurring in the bowels of the earth.

This instrument was later modified by the German chemist Franz von Soxhlet in 1879 to create the extractor that bears his name, the Soxhlet extractor.

Bain-marie

[edit]

Mary's name survives in her invention of the bain-marie (Mary's bath), which limits the maximum temperature of a container and its contents to the boiling point of a separate liquid: essentially a double boiler. It is extensively used in chemical processes for which a gentle heat is necessary.[20] This term was introduced by Arnold of Villanova in the 14th century. The term is still used for a double boiler to cook food in.[21]

See also

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References

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Bibliography

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Mary the Jewess

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Mary the Jewess, also known as Maria the Prophetess, was a leading experimental alchemist who lived between the first and third centuries CE, likely in Alexandria, Egypt, and is regarded as one of the foundational figures in the history of alchemy and chemistry. She focused on practical aspects of chemical processes rather than philosophical mysticism, contributing descriptions of laboratory techniques and apparatuses that advanced distillation, reflux, and gentle heating methods. Her most notable inventions include the (a double boiler or water bath for controlled, even heating of substances, still used today in both laboratories and cooking), the tribikos (a three-armed or still for , constructed from or with sealed tubes), and the kerotakis (an airtight device that allowed vapors to react with solids, influencing later equipment like the ). These innovations were described in her writings on processes such as leukosis (whitening metals) and xanthosis (yellowing or ), as well as the preparation of acids, acid salts, and pigments like caput mortuum (a purple compound). Little is known about her , but tradition holds that she established an alchemical school in and taught early alchemists; her epithet "the Jewess" suggests a possible Jewish background, though this is debated and may instead denote wisdom or learning. Primary evidence of her existence and contributions comes from later sources, including quotations in the works of (c. 300 CE), who preserved fragments of her texts; George Syncellus (8th century), who described her legendary role as a teacher; and Ibn al-Nadim's Kitāb al-Fihrist (10th century), which lists her among 52 prominent alchemists. Mary's legacy endures as the first documented non-mythical female figure in Western , bridging ancient Egyptian, Greek, and possibly Jewish traditions into the foundations of modern chemistry, with her apparatuses referenced in medieval and texts.

Historical Context

Identity and Background

Mary the Jewess, also known as Maria Prophetissa or Maria Hebraea, is regarded as one of the earliest documented figures in the of , active during the circa 1st to CE in Hellenistic , most likely in , a vibrant center of Greco-Egyptian intellectual exchange. Her presence in this milieu reflects the syncretic cultural environment where Greek , Egyptian , and diverse religious traditions intersected to foster the emergence of alchemical practices. The epithet "the Jewess" attached to her name has sparked scholarly debate regarding its precise meaning, potentially signifying her ethnic Jewish background, a deep familiarity with Jewish scriptures, or a metaphorical designation evoking prophetic wisdom akin to biblical figures such as the Prophetess, the sister of . Ancient sources, including references by later alchemists, consistently employ titles like Maria Prophetissa, underscoring her revered status as a prophetic authority in alchemical lore. Her writings contain allusions to Jewish concepts, such as restricting alchemical knowledge to "the race of Abraham" or "the seed of Abraham," suggesting ties to Jewish esoteric traditions that viewed such arts as divine gifts reserved for the . As a female practitioner in the predominantly male-dominated Greco-Egyptian intellectual sphere, Mary the Jewess stands out for her authoritative contributions to , potentially bridging Jewish alchemical heritage with broader Hellenistic developments. This environment, characterized by workshops and academies in , allowed for innovative experimentation amid a blend of philosophical and practical pursuits. Historians debate whether Mary the Jewess was a historical individual or a legendary construct, with no surviving autobiographical writings to confirm her life directly; some scholars affirm her based on early attestations, while others see her as a symbolic or composite figure embellished over time. The primary evidence for her existence derives from quotations in the works of , a 3rd-4th century CE alchemist who revered her as a foundational authority.

Primary Sources

The primary textual references to Mary the Jewess originate in the works of , a Greco-Egyptian writer active from the late 3rd to early CE, whose surviving writings constitute the oldest known corpus of alchemical literature. In his Peri kaminōn kai organōn (On Apparatus and Furnaces), Zosimos attributes to her a series of practical instructions on alchemical equipment and processes, presenting her as a pioneering teacher who innovated and heating techniques through detailed recipes. He identifies her explicitly as "Mary the Jewess" (Maria Hebraia) and credits her with foundational contributions, including symbolic and procedural insights into the transformation of substances. Zosimos incorporates descriptions of Mary's teachings in the form of dialogues and exchanges, where she elucidates alchemical recipes involving the union of opposites—such as male and female principles in metals—and provides step-by-step guidance on apparatus assembly and operation. These passages portray her engaging with contemporaries, including figures like Theosebeia, in discussions that blend technical instruction with philosophical undertones on material purification. For instance, Zosimos relays her axiom on the process of tincture: "Join the male and the female, and you will find what is sought," emphasizing the erotic and transformative dynamics of alchemical work. She is also mentioned alongside other early figures such as pseudo-Democritus in Zosimos's writings and later compilations of Hellenistic alchemical texts, reinforcing her role as a leading experimental alchemist, though these mentions remain indirect and embedded within broader collections. The authenticity of these sources faces significant challenges, as no original compositions by Mary survive intact; her contributions are known solely through Zosimos's quotations and later excerpts. Zosimos's own texts, the earliest datable alchemical books, exist primarily in fragmentary form via medieval Syriac and translations of lost Greek originals, raising issues of , textual , and potential legendary embellishment over time. Scholars note that while Zosimos's attributions establish her historical precedence, the absence of direct manuscripts limits verification to these mediated transmissions.

Alchemical Works

Arabic and Latin Attributions

The transmission of Mary the Jewess's alchemical knowledge into Arabic texts occurred primarily during the 8th to 10th centuries, as Hellenistic Greek works were translated and integrated into Islamic scholarship. In the Kitāb al-Fihrist (Book of the Index), compiled around 987 CE by Ibn al-Nadim, Mary is listed among the 52 most prominent alchemists, alongside figures like Hermes Trismegistus and Plato, and credited with the ability to prepare caput mortuum, a brownish-purple pigment used in alchemical processes. Her recipes for artificial gemstones and elixirs appear in fragments attributed to Jabir ibn Hayyan (known in Latin as Geber), the influential 8th-century Persian alchemist whose corpus preserves early Greco-Egyptian techniques, including those linked to Mary's distillation methods. By the 12th century, Mary's works began appearing in Latin translations as Arabic alchemical literature was rendered into European languages, often with expanded commentaries that adapted her practical methods for medieval audiences. In the pseudo-Geber corpus—a collection of 13th- to 14th-century Latin texts falsely attributed to Jabir—she is referenced for her innovations in chemical apparatus and transmutative recipes, emphasizing empirical procedures over mystical elements. Similarly, the Rosarium Philosophorum (c. 1550, but drawing on earlier traditions), a key illustrated alchemical treatise, positions Mary as an authoritative figure (auctoritas) among ancient sages, incorporating her methods into discussions of the philosopher's stone with added symbolic interpretations. Among the key works attributed to Mary in these traditions is "The Letter of Maria the Jewess to ," a text on gold-making processes that survives in and Latin fragments, detailing steps for metallic transmutation using and mercury. Fragments of her contributions also appear in the Turba Philosophorum (Assembly of the Philosophers), a 12th-century Latin compilation originally from an symposium text (c. 9th–10th century), where she participates in dialogues on alchemical principles, advocating for the union of opposites in substance preparation. Cultural adaptations of Mary's Jewish identity varied across Islamic and Christian contexts, often emphasizing or altering it to fit prevailing narratives. In Arabic sources, she is commonly rendered as "Maryam al-Yahudiyya" (Mary the Jewess), highlighting her ethnic background while integrating her into a broader hermetic lineage that included Jewish, Greek, and Persian elements. In Latin Christian texts, her identity was sometimes conflated with biblical , the sister of , or even , softening potential associations with amid medieval religious tensions, though her technical expertise remained central without explicit ties to later Jewish mysticism like .

Philosophical Contributions

Core Axioms

The , attributed to Mary the Jewess (also known as Maria Prophetissa), is a foundational principle in early that articulates the transformative process of matter. The axiom is stated as: "One becomes two, two becomes three, and out of the third comes the one as the fourth." This formulation, first recorded in the writings of in the late 3rd or early 4th century CE, encapsulates a cyclical progression from primordial unity to differentiation and ultimate reintegration, central to alchemical philosophy. Conceptually, the axiom describes the alchemical opus, beginning with "one" as the prima materia, the undifferentiated base substance representing potentiality. This unity divides into "two," symbolizing dissolution (solve) into opposites, such as sulfur and mercury or masculine and feminine principles, initiating the breakdown of the original material. The progression to "three" signifies coagulation (coagula), where a mediating third element emerges to harmonize the duality, often linked to the alchemical stages of nigredo (blackening and putrefaction) and albedo (whitening and purification). Finally, "four" denotes recombination into a perfected whole, akin to the philosopher's stone, corresponding to later stages like citrinitas (yellowing) and rubedo (reddening), achieving transcendent unity. This numerical structure draws on numerological underpinnings in Hellenistic and Egyptian traditions, where even numbers (two, four) evoke multiplicity and the material world, while odd numbers (one, three) suggest unity and the spiritual, guiding alchemists toward holistic transformation. The axiom appears with slight variations in later texts, such as the 7th-century paraphrase by Christianos: "One becomes two, two becomes three, and by means of the third and fourth achieves unity; thus two are but one," emphasizing the return to oneness. Zosimos attributes it directly to Mary in his discussions of material transmutation, integrating her ideas into his corpus on divine and chemical processes. Parallels emerge in medieval alchemical literature, reinforcing its enduring role, though Mary's original formulation remains tied to Greco-Egyptian origins. In practice, the axiom structured laboratory sequences by outlining sequential operations: initial unification of ingredients (one), separation through heating or distillation (two), mediation via recombination agents (three), and final integration to yield the elixir or stone (four). This framework ensured methodical progression in alchemical work, balancing dissolution and coagulation to refine base metals toward perfection without specifying tools.

Broader Principles

Mary the Jewess's alchemical worldview centered on the principle of , portraying all matter as interconnected components of a singular cosmic essence, where transformations echoed both natural cycles and divine order. This philosophy drew on the Hermetic notion of "the one thing," the primordial substance from which diverse forms emerge and to which they ultimately return through alchemical processes. As preserved in later compilations, her teachings likened metallic compositions to human elements, underscoring the underlying oneness amid apparent multiplicity. Her mystical framework blended Jewish prophetic traditions—evoking visions of divine revelation—with Greco-Egyptian , framing not merely as material manipulation but as a spiritual ascent toward enlightenment. This integration positioned alchemical operations as analogous to prophetic experiences, where the adept's inner transformation mirrored cosmic harmony and divine unity. Such views aligned her work with broader Gnostic and Hermetic currents, emphasizing the soul's purification through esoteric knowledge. Mary stressed ethical and practical guidelines in her alchemical practice, advocating purity of intent as essential for success, alongside strict secrecy to safeguard sacred knowledge from the unworthy. She warned that the philosopher's stone could only be approached by those of pure lineage and spiritual readiness, declaring, "Do not touch the philosopher’s stone with your hands; you are not of our race, you are not of the race of Abraham," thereby linking operational efficacy to moral and ancestral purity. Furthermore, she promoted harmony between the operator and substances, attributing lifelike qualities—bodies, souls, and spirits—to metals, requiring the alchemist to engage them with empathy and alignment akin to interpersonal relations. In her gendered perspectives, Mary elevated feminine principles within , conceptualizing the vessel as a nurturing entity that cradles and fosters transformative reactions, much like a maternal figure sustaining life. This emphasis on the receptive, enveloping role of the feminine contrasted with dominant masculine motifs of agency in contemporary traditions, offering a distinctive lens unique to her as a pioneering female alchemist. Her attribution of dual genders to metals, where essences unite to birth new forms, further underscored this balance, integrating feminine nurturing into the core of alchemical creation.

Inventions and Apparatus

Distillation Equipment

Mary the Jewess is credited with the invention of the tribikos, an innovative apparatus that facilitated the purification of substances through and . This device, described in detail by the later alchemist around 300 CE, who quoted Mary's writings directly, featured a three-armed design allowing for multiple simultaneous paths. The core structure included a large earthenware , approximately the size of a minus a palm, placed over a terracotta cucurbit containing the substance to be distilled, such as , with the setup heated externally. The tribikos functioned by vaporizing the heated material, directing the vapors through three thin copper pipes—each about 1.5 cubits long and comparable in thickness to a strainer—into separate glass receivers known as bikos. These arms were arranged at varying heights on the ambix (the distillation head), enabling the collection of distillates at different temperatures and thus separating fractions based on their boiling points for more precise purification. To maintain airtight conditions essential for effective distillation, the connections were sealed with flour paste, preventing vapor escape and contamination. While primarily constructed from copper for the pipes and glass for the receivers to withstand heat and corrosion, the design's modularity allowed adaptations in scale, from small laboratory setups to larger configurations suited for alchemical production. Historically, as preserved in Zosimos's accounts, the tribikos was applied in Greco-Egyptian to extract volatile essences from herbs and to purify metallic substances, marking an early advancement in separating complex mixtures. This apparatus evolved over centuries, influencing the development of single-arm alembics and eventually contributing to modern reflux condensers used in processes. Its significance lies in enabling controlled, multi-stage separation techniques that laid foundational principles for chemical purification methods still employed today.

Reaction and Heating Devices

Mary the Jewess is attributed with the invention of the kerotakis, an early alchemical apparatus used for sublimation and the treatment of with to achieve purification or transmutation. The device features a sealed vessel containing the substance to be heated, topped with a metallic palette or lid designed to capture condensing . As is applied, the substance sublimes, releasing that rise and deposit purified onto the cooler lid surface for collection, enabling the isolation of refined materials without direct handling. This mechanism facilitated controlled reactions, such as exposing metals like or lead to mercury or , which were essential for processes like amalgamation where mercury bonds with base metals to form alloys. Operational details of the kerotakis emphasized gentle heating to maintain vapor equilibrium and prevent , often achieved by embedding the vessel in or baths that distributed heat evenly and allowed precise temperature modulation. These baths acted as insulators, simulating slow geothermal processes believed to occur in the earth's formation of metals, and were particularly useful in alchemical fermentations where sustained low heat promoted gradual chemical changes over extended periods. Joints in the apparatus were sealed with materials like wax or clay mixtures to ensure airtight conditions, preserving the vapors within the system. The attribution of the kerotakis to Mary appears in Greek alchemical texts preserved through around the 3rd century CE, highlighting her practical innovations in reaction containment. Complementing the kerotakis, Mary is credited with developing the , a double-boiler system that provides indirect, uniform heating through a bath to protect sensitive mixtures from scorching; while baths predated her, she is traditionally attributed with its alchemical refinement. The apparatus consists of an outer vessel filled with placed over a heat source, with an inner container holding the reaction materials submerged in the warming ; this setup ensures temperatures remain below for , typically around 100°C, ideal for delicate operations. It was employed in preparing elixirs and other alchemical preparations requiring prolonged, even heat without direct flame exposure, such as in fermentations or the gentle mixing of volatile compounds. The name "" derives from later Latin references to Mary, though the device evolved into a general term for baths by the medieval period. These heating devices marked a pivotal advancement in alchemical by minimizing direct thermal stress on reactants, thereby improving yield and purity in operations like sublimation and amalgamation. The kerotakis laid groundwork for systems where vapors are recycled for continuous reaction, while the directly influenced modern laboratory water baths used in for tasks such as digestion and extraction. Their design principles of thermal moderation and containment persist in contemporary equipment, underscoring Mary's enduring impact on chemical apparatus.

Legacy

Influence on Medieval Alchemy

Mary the Jewess's alchemical ideas and inventions were integrated into the Islamic alchemical , particularly within the Jabirian corpus attributed to (c. 8th–9th centuries). Her axiom, emphasizing the union of opposites such as male and female principles or volatile and fixed substances, influenced theories of metallic transmutation by positing that metals, like humans, possess both body and soul, enabling transformative processes through combinations like mercury and or the "tetrasomia" method involving four metals. These concepts spread through intellectual hubs such as Baghdad's , where Hellenistic alchemical texts, including those referencing Mary, were translated and synthesized into Arabic works like the Book of Alums and Salts, preserving her contributions amid the broader Islamic alchemical revival. In medieval , Mary's legacy arrived via 12th-century Latin translations of and Greek alchemical texts, such as the Turba philosophorum and the Dialogue of Maria and Aros, which incorporated her sayings and apparatus descriptions. These translations inspired key figures like (c. 1200–1280), whose De mineralibus echoed her practical methods for and heating, advancing alchemical experimentation. Her influence appears in illuminated manuscripts, including the (c. 1582, but reflecting earlier traditions), where depictions of color transformations—black, white, yellow, red—align with her theories on the stages of transmutation. Additionally, her inventions, such as the and kerotakis, were standardized in monastic laboratories, facilitating controlled reactions and contributing to the emergence of proto-chemistry in emerging university settings like those in and . Culturally, Mary was adapted in Christian esotericism as a saintly or prophetic figure, often conflated with , sister of , or , blending her Jewish-Hellenistic roots with Hermetic traditions to portray her as a divinely inspired defender of the alchemical art. This portrayal, evident in texts like Zosimos's writings preserved in medieval compilations, elevated her status as a moral exemplar whose revelations guided alchemists toward spiritual and material perfection.

Modern Interpretations

In the 20th and 21st centuries, feminist historiography has increasingly recognized Mary the Jewess as a pioneering woman in the , challenging the male-centric narratives that long dominated accounts of and early chemistry. Scholars highlight her as the first non-mythical Jewish woman to publish technical works under her own name, authoring texts like Peri kaminon kai organon (On Furnaces and Apparatuses) that laid foundational principles for practices. This recognition underscores her role in subverting patriarchal structures in Hellenistic intellectual circles, where women's contributions were often obscured or attributed to male figures. For instance, modern analyses emphasize how her inventions, such as the , represent early advancements in by women, positioning her as a precursor to later female scientists. From perspectives, Mary is explored as a vital bridge between and alchemical traditions, with recent scholarship drawing parallels to Jewish mystical thought. Her emphasis on the unity of and the composition of the world mirrors midrashic interpretations, such as those in Avot d’Rabbi Natan, suggesting influences from Jewish monotheism in her alchemical philosophy. This view reframes her not merely as an alchemist but as a figure integrating Jewish theology with empirical experimentation, influencing later Kabbalistic texts on creation and materiality. Mary's scientific legacy endures in contemporary chemistry, where she is credited with pioneering through her apparatus designs, several of which have been recreated and adapted in modern laboratories and museums. The kerotakis, a device for vapor-metal interactions, inspired the 19th-century used in solvent extractions, while the remains a standard for gentle heating in both chemical analysis and culinary applications. Earthenware replicas of her tribikos still, a three-armed tool, appear in educational exhibits, demonstrating her practical innovations in separation techniques. These recreations highlight her impact on scalable chemical processes, with scholars recognizing her as a foundational figure in apparatus development. Ongoing scholarly debates center on Mary's and the romanticized portrayals that have clouded her legacy. While (ca. 300 CE) attests to her existence in the 1st–3rd centuries CE as a Jewish alchemist in , some historians, including , critique conflations with biblical or that mythologize her into a prophetic rather than a historical innovator. These discussions urge a reevaluation of outdated hagiographic accounts, emphasizing verifiable textual evidence over legend.

References

  1. https://www.researchgate.net/publication/357168127_Mother_of_Invention_Maria_the_Jewess_and_Early_Contributions_to_Chemical_Apparatus
  2. https://scientificwomen.net/women/prophetissa-maria-82
  3. https://www.alchemywebsite.com/greek_chronology.html
  4. https://engines.egr.uh.edu/episode/964
  5. https://worldhistoryedu.com/who-was-mary-the-jewess/
  6. https://jwa.org/encyclopedia/article/maria-jewess
  7. https://www.jstor.org/stable/j.ctt7zvb6p
  8. https://www.tandfonline.com/doi/abs/10.1179/amb.1982.29.3.177
  9. https://ufdcimages.uflib.ufl.edu/NC/F0/00/31/15/00001/Lewis_V.pdf
  10. https://pdxscholar.library.pdx.edu/cgi/viewcontent.cgi?article=1612&context=honorstheses
  11. https://www.jstor.org/stable/626167
  12. https://www.academia.edu/22599267/Zosimus_of_Panopolis_Alchemy_nature_and_religion_in_late_antiquity
  13. https://www.jewishencyclopedia.com/articles/1094-alchemy
  14. https://www.tandfonline.com/doi/full/10.1080/00026980.2023.2222505
  15. https://brill.com/display/book/9789004512610/BP000012.xml
  16. https://jungiancenter.org/wp-content/uploads/2023/09/vol-12-psychology-and-alchemy.pdf
  17. https://www.academia.edu/43163714/Intertextuality_between_the_alchemical_precepts_of_Maria_Prophetissa_and_sayings_in_the_Gospel_of_Thomas
  18. https://nanodistilling.com/mary-the-jewess-still-after-zosimos/
  19. https://press.princeton.edu/books/paperback/9780691606421/the-jewish-alchemists
  20. https://www.sciencehistory.org/stories/magazine/al-kimiya-notes-on-arabic-alchemy/
  21. https://aish.com/maria-the-jewess-and-the-dawn-of-chemistry/
  22. https://press.princeton.edu/books/hardcover/9780691632520/the-jewish-alchemists
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