Witch warlock and magician
Witch warlock and magicianIntroductionBOOK 1. THE ENGLISH MAGICIANSBOOK 2. WITCHES AND WITCHCRAFTNotesCopyrightWitch warlock
and magician
W. H. Davenport Adams
Introduction
PrefaceThe following pages may be regarded as a contribution towards
that ‘History of Human Error’ which was undertaken by Mr. Augustine
Caxton. I fear that many minds will have to devote all their
energies to the work, if it is ever to be brought to completion;
and, indeed, it may plausibly be argued that its completion would
be an impossibility, since every generation adds something to the
melancholy record—‘pulveris exigui parva munera.’ However this may
be, little more remains to be said on the subjects which I have
here considered from the standpoint of a sympathetic though
incredulous observer. Alchemy, Magic, Witchcraft—how exhaustively
they have been investigated will appear from the list of
authorities which I have drawn up for the reader’s convenience.
They have been studied by ‘adepts,’ and by critics, as realities
and as delusions; and almost the last word would seem to have been
said by Science—though not on the side of the adepts, who still
continue to dream of the Hermetic philosophy, to lose themselves in
fanciful pictures, theurgic and occult, and to write about the
mysteries of magic with a simplicity of faith which we may wonder
at, but are bound to respect.It has not been my purpose, in the present volume, to attempt
a general history of magic and alchemy, or a scientific inquiry
into their psychological aspects. I have confined myself to a
sketch of their progress in England, and to a narrative of the
lives of our principal magicians. This occupies the first part. The
second is devoted to an historical review of witchcraft in Great
Britain, and an examination into the most remarkable Witch-Trials,
in which I have endeavoured to bring out their peculiar features,
presenting much of the evidence adduced, and in some cases the
so-called confessions of the victims, in the original language. I
believe that the details, notwithstanding the reticence imposed
upon me by considerations of delicacy and decorum, will surprise
the reader, and that he will readily admit the profound interest
attaching to them, morally and intellectually. I have added a
chapter on the ‘Literature of Witchcraft,’ which, I hope, is
tolerably exhaustive, and now offer the whole as an effort to
present, in a popular and readable form, the result of careful and
conscientious study extending over many years.W. H. D. A.IntroductionPROGRESS OF ALCHEMY IN EUROPE.The word χημεια—from which we derive our English word
‘chemistry’—first occurs, it is said, in the Lexicon of Suidas, a
Greek writer who flourished in the eleventh century. Here is his
definition of it:
‘ Chemistry is the art of preparing gold and silver. The
books concerning it were sought out and burnt by Diocletian, on
account of the new plots directed against him by the Egyptians. He
behaved towards them with great cruelty in his search after the
treatises written by the ancients, his purpose being to prevent
them from growing rich by a knowledge of this art, lest, emboldened
by measureless wealth, they should be induced to resist the Roman
supremacy.’Some authorities assert, however, that this art, or pretended
art, is of much greater antiquity than Suidas knew of; and Scaliger
refers to a Greek manuscript by Zozomen, of the fifth century,
which is entitled ‘A Faithful Description of the Secret and Divine
Art of Making Gold and Silver.’ We may assume that as soon as
mankind had begun to set an artificial value upon these metals, and
had acquired some knowledge of chemical elements, their
combinations and permutations, they would entertain a desire to
multiply them in measureless quantities. Dr. Shaw speaks of no
fewer than eighty-nine ancient manuscripts, scattered through the
European libraries, which are all occupied with ‘the chemical art,’
or ‘the holy art,’ or, as it is sometimes called, ‘the
philosopher’s stone’; and a fair conclusion seems to be that
‘between the fifth century and the taking of Constantinople in the
fifteenth, the Greeks believed in the possibility of making gold
and silver,’ and called the supposed process, or processes,chemistry.The delusion was taken up by the Arabians when, under their
Abasside Khalifs, they entered upon the cultivation of scientific
knowledge. The Arabians conveyed it into Spain, whence its
diffusion over Christendom was a simple work of time, sure if
gradual. From the eleventh to the sixteenth century, alchemy was
more or less eagerly studied by the scholars of Germany, Italy,
France, and England; and the volumes in which they recorded both
their learning and their ignorance, the little they knew and the
more they did not know, compose quite a considerable library. One
hundred and twenty-two are enumerated in the ‘Bibliotheca Chemica
Curiosa,’ of Mangetus, a dry-as-dust kind of compilation, in two
huge volumes, printed at Geneva in 1702. Any individual who has
time and patience to expendad libitum, cannot desire a fairer field of exercise than the
‘Bibliotheca.’ One very natural result of all this vain research
and profitless inquiry was a keen anxiety on the part of victims to
dignify their labours by claiming for their ‘sciences, falsely
so-called,’ a venerable and mysterious origin. They accordingly
asserted that the founder or creator was Hermes Trismegistus, whom
some of them professed to identify with Chanaan, the son of Ham,
whose son Mizraim first occupied and peopled Egypt. Now, it is
clear that any person might legitimately devote his nights and days
to the pursuit of a science invented, or originally taught, by no
less illustrious an ancient than Hermes Trismegistus. But to clothe
it with the awe of a still greater antiquity, they affirmed that
its principles had been discovered, engraved in Phœnician
characters, on an emerald tablet which Alexander the Great exhumed
from the philosopher’s tomb. Unfortunately, as is always the case,
the tablet was lost; but we are expected to believe that two Latin
versions of the inscription had happily been preserved. One of
these may be Englished as hereinunder:1. I speak no frivolous things, but only what is true and
most certain.2. What is below resembles that which is above, and what is
above resembles that which is below, to accomplish the one thing of
all things most wonderful.3. And as all things proceeded from the meditation of the One
God, so were all things generated from this one thing by the
disposition of Nature.4. Its father isSol, its
motherLuna; it was engendered
in the womb by the air, and nourished by the earth.5. It is the cause of all the perfection of things throughout
the whole world.6. It arrives at the highest perfection of powers if it be
reduced into earth.7. Separate the earth from the fire, the subtle from the
gross, acting with great caution.8. Ascend with the highest wisdom from earth to heaven, and
thence descend again to earth, and bind together the powers of
things superior and things inferior. So shall you compass the glory
of the whole world, and divest yourself of the abjectness of
humanity.9. This thing has more fortitude than fortitude itself, since
it will overcome everything subtle and penetrate everything
solid.10. All that the world contains was created by
it.11. Hence proceed things wonderful which in this wise were
established.12. For this reason the name of Hermes Trismegistus was
bestowed upon me, because I am master of three parts of the
philosophy of the whole world.13. This is what I had to say concerning the most admirable
process of the chemical art.These oracular utterances are so vague and obscure that an
enthusiast may read into them almost any meaning he chooses; but
there seems a general consensus of opinion that they refer to the
‘universal medicine’ of the earlier alchemists. This, however, is
of no great importance, since it is certain they were invented by
some ingenious hand as late as the fifteenth century. Another
forgery of a similar kind is the ‘Tractatus Aureus de Lapidis
Physici Secretis,’ also attributed to Hermes; it professes to
describe the process of making this ‘universal medicine,’ or
‘philosopher’s stone,’ and the formulary is thus translated by
Thomson:
‘ Take of moisture an ounce and a half; of meridional
redness—that is, the soul of the sun—a fourth part, that is, half
an ounce; of yellow sage likewise half an ounce; and of
auripigmentum half an ounce; making in all three
ounces.’Such a recipe does not seem to help forward an enthusiastic
student to any material extent.THE EARLIER ALCHEMISTS.It is in the erudite writings of the great Arabian physician,
Gebir—that is, Abu Moussah Djafar, surnamedAl
Sofi, or The Wise—that the science of alchemy,
or chemistry (at first the two were identical), first assumes a
definite shape. Gebir flourished in the early part of the eighth
century, and wrote, it is said, upwards of five hundred treatises
on the philosopher’s stone and the elixir of life. In reference to
the latter mysterious potion, which possessed the wonderful power
of conferring immortal youth on those who drank of it, one may
remark that it was the necessary complement of the philosopher’s
stone, for what would be the use of an unlimited faculty of making
gold and silver unless one could be sure of an immortality in which
to enjoy its exercise? Gebir’s principal work, the ‘Summæ
Perfectionis,’ containing instructions for students in search of
the two great secrets, has been translated into several European
languages; and an English version, by Richard Russell, the
alchemist, was published in 1686.Gebir lays down, as a primary principle, that all metals are
compounds of mercury and sulphur. They all labour under disease, he
says, except gold, which is the one metal gifted with perfect
health. Therefore, a preparation of it would dispel every ill which
flesh is heir to, as well as the maladies of plants. We may excuse
his extravagances, however, in consideration of the services he
rendered to science by his discovery of corrosive sublimate, red
oxide of mercury, white oxide of arsenic, nitric acid, oxide of
copper, and nitrate of silver, all of which originally issued from
Gebir’s laboratory.Briefly speaking, the hypothesis assumed by the alchemists
was this: all the metals are compounds, and the baser contain the
same elements as gold, contaminated, indeed, with various
impurities, but capable, when these have been purged away, of
assuming all its properties and characters. The substance which was
to effect this purifying process they called the philosopher’s
stone (lapis philosophorum),
though, as a matter of fact, it is always described as apowder—a powder red-coloured, and
smelling strongly. Few of the alchemists, however, venture on a
distinct statement that they had discovered or possessed this
substance.The arch-quack Paracelsus makes the assertion, of course;
unblushing mendacity was part of his stock-in-trade; and he
pretends even to define the methods by which it may be realized.
Unfortunately, to ordinary mortals his description is absolutely
unintelligible. Others there are who affirm that they had seen it,
and seen it in operation, transmuting lead, quicksilver, and other
of the inferior metals into ruddy gold. One wonders that they did
not claim a share in a process which involved such boundless
potentialities of wealth!Helvetius, the physician, though no believer in the magical
art, tells the following wild story in his ‘Vitulus
Aureus’:On December 26, 1666, a stranger called upon him, and, after
discussing the supposed properties of the universal medicine,
showed him a yellow powder, which he declared to be thelapis, and also five large plates of
gold, which, he said, were the product of its action. Naturally
enough, Helvetius begged for a few grains of this marvellous
powder, or that the stranger would at least exhibit its potency in
his presence. He refused, however, but promised that he would
return in six weeks. He kept his promise, and then, after much
entreaty, gave Helvetius a pinch of the powder—about as much as a
rape-seed. The physician expressed his fear that so minute a
quantity would not convert as much as four grains of lead;
whereupon the stranger broke off one-half, and declared that the
remainder was more than sufficient for the purpose. During their
first conference, Helvetius had contrived to conceal a little of
the powder beneath his thumb-nail. This he dropped into some molten
lead, but it was nearly all exhaled in smoke, and the residue was
simply of a vitreous character.On mentioning this circumstance to his visitor, he explained
that the powder should have been enclosed in wax before it was
thrown into the molten lead, to prevent the fumes of the lead from
affecting it. He added that he would come back next day, and show
him how to make the projection; but as he failed to appear,
Helvetius, in the presence of his wife and son, put six drachms of
lead into a crucible, and as soon as the lead was melted, flung
into it the atoms of powder given to him by his mysterious visitor,
having first rolled them up in a little ball of wax. At the end of
a quarter of an hour he found the lead transmuted (so he avers)
into gold. Its colour at first was a deep green; but the mixture,
when poured into a conical vessel, turned blood-red, and, after
cooling, acquired the true tint of gold. A goldsmith who examined
it pronounced it to be genuine. Helvetius requested Purelius, the
keeper of the Dutch Mint, to test its value; and two drachms, after
being exposed to aquafortis, were found to have increased a couple
of scruples in weight—an increase doubtlessly owing to the silver,
which still remained enveloped in the gold, despite the action of
the aquafortis.It is obvious that this narrative is a complete
mystification, and that either the stranger was a myth or Helvetius
was the victim of a deception.The recipes that the alchemists formulate—those, that is, who
profess to have discovered the stone, or to have known somebody who
enjoyed so rare a fortune—are always unintelligible or
impracticable. What is to be understood, for example, of the
following elaborate process, or series of processes, which are
recorded by Mangetus, in his preface to the ponderous ‘Bibliotheca
Chemica’ (to which reference has already been made)?1. Prepare a quantity of spirits of wine, so free from water
as to be wholly combustible, and so volatile that a drop of it, if
let fall, will evaporate before it reaches the ground. This
constitutes the first menstruum.2. Take pure mercury, revived in the usual manner from
cinnabar; put it into a glass vessel with common salt and distilled
vinegar; shake violently, and when the vinegar turns black, pour it
off, and add fresh vinegar. Shake again, and continue these
repeated shakings and additions until the mercury no longer turns
the vinegar black; the mercury will then be quite pure and very
brilliant.3. Take of this mercury four parts; of sublimed mercury
(mercurii meteoresati—probably
corrosive sublimate), prepared with your own hands, eight parts;
triturate them together in a wooden mortar with a wooden pestle,
till all the grains of running mercury disappear. (This process is
truly described as ‘tedious and rather difficult.’)4. The mixture thus prepared is to be put into a sand-bath,
and exposed to a subliming heat, which is to be gradually increased
until the whole sublimes. Collect the sublimed matter, put it again
into the sand-bath, and sublime a second time; this process must be
repeated five times. The product is a very sweet crystallized
sublimate, constituting thesal
sapientum, or wise men’s salt (probably
calomel), and possessing wonderful properties.5. Grind it in a wooden mortar, reducing it to powder; put
this powder into a glass retort, and pour upon it the spirit of
wine (see No. 1) till it stands about three finger-breadths above
the powder. Seal the retort hermetically, and expose it to a very
gentle heat for seventy-four hours, shaking it several times a day;
then distil with a gentle heat, and the spirit of wine will pass
over, together with spirit of mercury. Keep this liquid in a
well-stoppered bottle, lest it should evaporate. More spirit of
wine is to be poured upon the residual salt, and after digestion
must be distilled off, as before; and this operation must be
repeated until all the salt is dissolved and given off with the
spirit of wine. A great work will then have been accomplished! For
the mercury, having to some extent been rendered volatile, will
gradually become fit to receive the tincture of gold and silver.
Now return thanks to God, who has hitherto crowned your wonderful
work with success. Nor is this wonderful work enveloped in
Cimmerian darkness; it is clearer than the sun, though preceding
writers have sought to impose upon us with parables, hieroglyphs,
fables, and enigmas.6. Take this mercurial spirit, which contains our magical
steel in its belly (sic), and
put it into a glass retort, to which a receiver must be well and
carefully adjusted; draw off the spirit by a very gentle heat, and
in the bottom of the retort will remain the quintessence or soul of
mercury. This is to be sublimed by applying a stronger heat to the
retort that it may become volatile, as all the philosophers
affirm:
‘ Si fixum solvas faciesque volare solutum,Et volucrum figas faciet te vivere tutum.’This is ourluna, our
fountain, in which ‘the king’ and ‘the queen’ may bathe. Preserve
this precious quintessence of mercury, which is exceedingly
volatile, in a well-closed vessel for further use.8. Let us now proceed to the production of common gold, which
we shall communicate clearly and distinctly, without digression or
obscurity, in order that from this common gold we may obtain our
philosophical gold, just as from common mercury we have obtained,
by the foregoing processes, philosophical mercury. In the name of
God, then, take common gold, purified in the usual way by antimony,
and reduce it into small grains, which must be washed with salt and
vinegar until they are quite pure. Take one part of this gold, and
pour on it three parts of the quintessence of mercury: as
philosophers reckon from seven to ten, so do we also reckon our
number as philosophical, and begin with three and one. Let them be
married together, like husband and wife, to produce children of
their own kind, and you will see the common gold sink and plainly
dissolve. Now the marriage is consummated; and two things are
converted into one. Thus the philosophical sulphur is at hand, as
the philosophers say: ‘The sulphur being dissolved, the stone is at
hand.’ Take then, in the name of God, our philosophical vessel, in
which the king and queen embrace each other as in a bedchamber, and
leave it till the water is converted into earth; then peace is
concluded between the water and the fire—then the elements no
longer possess anything contrary to each other—because, when the
elements are converted into earth, they cease to be antagonistic;
for in earth all elements are at rest. The philosophers say: ‘When
you shall see the water coagulate, believe that your knowledge is
true, and that all your operations are truly philosophical.’ Our
gold is no longer common, but philosophical, through the processes
it has undergone: at first, it was exceedingly ‘fixed’ (fixum); then exceedingly volatile; and
again, exceedingly fixed: the entire science depends upon the
change of the elements. The gold, at first a metal, is now a
sulphur, capable of converting all metals into its own sulphur. And
our tincture is wholly converted into sulphur, which possesses the
energy of curing every disease; this is our universal medicine
against all the most deplorable ills of the human body. Therefore,
return infinite thanks to Almighty God for all the good things
which He hath bestowed upon us.9. In this great work of ours, two methods of fermentation
and projection are wanting, without which the uninitiated will not
readily follow out our process. The mode of fermentation: Of the
sulphur already described take one part, and project it upon three
parts of very pure gold fused in a furnace. In a moment you will
see the gold, by the force of the sulphur, converted into a red
sulphur of an inferior quality to the primary sulphur. Take one
part of this, and project it upon three parts of fused gold; the
whole will again be converted into a sulphur or a fixable mass;
mixing one part of this with three parts of gold, you will have a
malleable and extensible metal. If you find it so, it is well; if
not, add more sulphur, and it will again pass into a state of
sulphur. Now our sulphur will sufficiently be fermented, or our
medicine brought into a metallic nature.10. The method of projection is this: Take of the fermented
sulphur one part, and project it upon two parts of mercury, heated
in a crucible, and you will have a perfect metal; if its colour be
not sufficiently deep, fuse it again, and add more fermented
sulphur, and thus it will gain colour. If it become frangible, add
a sufficient quantity of mercury, and it will be
perfect.Thus, friend, you have a description of the universal
medicine, not only for curing diseases and prolonging life, but
also for transmuting all metals into gold. Give thanks, therefore,
to Almighty God, who, taking pity on human calamities, hath at last
revealed this inestimable treasure, and made it known for the
common benefit of all.Such is the jargon with which these so-called philosophers
imposed upon their dupes, and, to some extent perhaps, upon
themselves. As Dr. Thomson points out, the philosopher’s stone
prepared by this elaborate process could hardly have been anything
else thanan amalgam of gold.
Chloride of gold it could not have contained, because such a
preparation, instead of acting medicinally, would have proved a
most virulent poison. Of course, amalgam of gold, if projected into
melted lead or tin, and afterwards cupellated, would leave a
portion of gold—that is, exactly the amountwhich
existed previously in the amalgam. Impostors
may, therefore, have availed themselves of it to persuade the
credulous that it was really the philosopher’s stone; but the
alchemists who prepared the amalgam must have known that it
contained gold.1It is well known that the mediæval magicians, necromancers,
conjurers—call them by what name you will—who adopted alchemy as an
instrument of imposition, and by no means in the spirit of
philosophical inquiry and research which had characterized their
predecessors, resorted to various ingenious devices in order to
maintain their hold upon their victims. Sometimes they made use of
crucibles with false bottoms—at the real bottom they concealed a
portion of oxide of gold or silver covered with powdered sulphur,
which had been rendered adhesive by a little gummed water or wax.
When heat was applied the false bottom melted away, and the oxide
of gold or silver eventually appeared as the product of the
operation at the bottom of the crucible. Sometimes they made a hole
in a lump of charcoal, and filling it with oxide of gold or silver,
stopped up the orifice with wax; or they soaked charcoal in a
solution of these metals; or they stirred the mixture in the
crucible with hollow rods, containing oxide of gold or silver,
closed up at the bottom with wax. A faithful representation of the
stratagems to which the pseudo-alchemist resorted, that his dupes
might not recover too soon from their delusion, is furnished by Ben
Jonson in his comedy of ‘The Alchemist,’ and his masque of ‘Mercury
vindicated from the Alchemists.’ The dramatist was thoroughly
conversant with the technicalities of the pretended science, and
also with the deceptions of its professors. In the masque he puts
into the mouth of Mercury an indignant protest:
‘ The mischief a secret any of them knows, above the
consuming of coals and drawing of usquebagh; howsoever they may
pretend, under the specious names of Gebir, Arnold, Lully, or
Bombast of Hohenheim, to commit miracles in art, and treason
against nature! As if the title of philosopher, that creature of
glory, were to be fetched out of a furnace!’But while the world is full of fools, it is too much to
expect there shall be any lack of knaves to prey upon
them!IN THE MIDDLE AGES.The first of the great European alchemists I take to have
beenAlbertus MagnusorAlbertus Teutonicus(Frater Albertus de ColoniaandAlbertus Grotus, as he is also
called), a man of remarkable intellectual energy and exceptional
force of character, who has sometimes, and not without justice,
been termed the founder of the Schoolmen. Neither the place nor the
date of his birth is authentically known, but he was still in his
young manhood when, about 1222, he was appointed to the chair of
theology at Padua, and became a member of the Dominican Order. He
did not long retain the professorship, and, departing from Padua,
taught with great success in Ratisbon, Köln, Strassburg, and Paris,
residing in the last-named city for three years, together with his
illustrious disciple, Thomas Aquinas. In 1260 he was appointed to
the See of Ratisbon, though he had not previously held any
ecclesiastical dignity, but soon resigned, on the ground that its
duties interfered vexatiously with his studies. Twenty years later,
at a ripe old age, he died, leaving behind him, as monuments of his
persistent industry and intellectual subtlety, one-and-twenty
ponderous folios, which include commentaries on Aristotle, on the
Scriptures, and on Dionysius the Areopagite. Among his minor works
occurs a treatise on alchemy, which seems to show that he was a
devout believer in the science.From the marvellous stories of his thaumaturgic exploits
which have come down to us, we may infer that he had attained a
considerable amount of skill in experimental chemistry. The brazen
statue which he animated, and the garrulity of which was so
offensive that Thomas Aquinas one day seized a hammer, and,
provoked beyond all endurance, smashed it to pieces, may be a
reminiscence of his powers as a ventriloquist. And the following
story may hint at an effective manipulation of thecamera obscura: Count William of
Holland and King of the Romans happening to pass through Köln,
Albertus invited him and his courtiers to his house to partake of
refreshment. It was mid-winter; but on arriving at the
philosopher’s residence they found the tables spread in the open
garden, where snowdrifts lay several feet in depth. Indignant at so
frugal a reception, they were on the point of leaving, when
Albertus appeared, and by his courtesies induced them to remain.
Immediately the scene was lighted up with the sunshine of summer, a
warm and balmy air stole through the whispering boughs, the frost
and snow vanished, the melodies of the lark dropped from the sky
like golden rain. But as soon as the feast came to an end the
sunshine faded, the birds ceased their song, clouds gathered
darkling over the firmament, an icy blast shrieked through the
gibbering branches, and the snow fell in blinding showers, so that
the philosopher’s guests were glad to fold their cloaks about them
and retreat into the kitchen to grow warm before its blazing
fire.Was this some clever scenic deception, or is the whole a
fiction?A knowledge of the secret of theElixir
Vitæwas possessed (it is said) byAlain de l’Isle, or Alanus de Insulis;
but either he did not avail himself of it, or failed to compound a
sufficient quantity of the magic potion, for he died under the
sacred roof of Citeaux, in 1298, at the advanced age of
110.Arnold de Villeneuve, who attained, in
the thirteenth century, some distinction as a physician, an
astronomer, an astrologer, and an alchemist—and was really a
capable man of science, as science was then understood—formulates
an elaborate recipe for rejuvenating one’s self, which, however,
does not seem to have been very successful in his own case, since
he died before he was 70. Perhaps he was as disgusted with the
compound as (in the well-known epitaph) the infant was with this
mundane sphere—he ‘liked it not, and died.’ I think there are many
who would forfeit longevity rather than partake of it.
‘ Twice or thrice a week you must anoint your body thoroughly
with the manna of cassia; and every night, before going to bed, you
must place over your heart a plaster, composed of a certain
quantity (or, rather, uncertain, for definite and precise
proportions are never particularized) of Oriental saffron, red
rose-leaves, sandal-wood, aloes, and amber, liquefied in oil of
roses and the best white wax. During the day this must be kept in a
leaden casket. You must next pen up in a court, where the water is
sweet and the air pure, sixteen chickens, if you are of a sanguine
temperament; twenty-five, if phlegmatic; and thirty, if
melancholic. Of these you are to eat one a day, after they have
been fattened in such a manner as to have absorbed into their
system the qualities which will ensure your longevity; for which
purpose they are first to be kept without food until almost
starved, and then gorged with a broth of serpents and vinegar,
thickened with wheat and beans, for at least two months. When they
are served at your table you will drink a moderate quantity of
white wine or claret to assist digestion.’I should think it would be needed!Among the alchemists must be includedPietro
d’Apono. He was an eminent physician; but, being
accused of heresy, was thrown into prison and died there. His
ecclesiastical persecutors, however, burned his bones rather than
be entirely disappointed of theirauto da
fé. Like most of the mediæval physicians, he
indulged in alchemical and astrological speculations; but they
proved to Pietro d’Apono neither pleasurable nor profitable. It was
reputed of him that he had summoned a number of evil spirits; and,
on their obeying his call, had shut them up in seven crystal vases,
where he detained them until he had occasion for their services. In
his selection of them he seems to have displayed a commendably
catholic taste and love of knowledge; for one was an expert in
poetry, another in painting, a third in philosophy, a fourth in
physic, a fifth in astrology, a sixth in music, and a seventh in
alchemy. So that when he required instruction in either of these
arts or sciences, he simply tapped the proper crystal vase and laid
on a spirit.The story seems to be a fanciful allusion to the various
acquirements of Pietro d’Apono; but if intended at first as a kind
of allegory, it came in due time to be accepted
literally.I pass on to the great Spanish alchemist and magician,Raymond Lully, or Lulli, who was
scarcely inferior in fame, or the qualities which merited fame,
even to Albertus Magnus. He was a man, not only of wide, but of
accurate scholarship; and the two or three hundred treatises which
proceeded from his pen traversed the entire circle of the learning
of his age, dealing with almost every conceivable subject from
medicine to morals, from astronomy to theology, and from alchemy to
civil and canon law. His life had its romantic aspects, and his
death (in 1315?) was invested with something of the glory of
martyrdom; for while he was preaching to the Moslems at Bona, the
mob fell upon him with a storm of stones, and though he was still
alive when rescued by some Genoese merchants, and conveyed on board
their vessel, he died of the injuries he had received before it
arrived in a Spanish port.There seems little reason to believe that Lulli visited
England about 1312, on the invitation of Edward II. Dickenson, in
his work on ‘The Quintessences of the Philosophers,’ asserts that
his laboratory was established in Westminster Abbey—that is, in the
cloisters—and that some time after his return to the Continent a
large quantity of gold-dust was found in the cell he had occupied.
Langlet du Fresnoy contends that it was through the intervention of
John Cremer, Abbot of Westminster, a persevering seeker after
thelapis philosophorum, that
he came to England, Cremer having described him to King Edward as a
man of extraordinary powers. Robert Constantine, in his
‘Nomenclator Scriptorum Medicorum’ (1515), professes to have
discovered that Lulli resided for some time in London, and made
gold in the Tower, and that he had seen some gold pieces of his
making, which were known in England as the nobles of Raymond, or
rose-nobles. But the great objections to these very precise
statements rests on two facts pointed out by Mr. Waite, that the
rose-noble, so called because a rose was stamped on each side of
it, was first coined in 1465, in the reign of Edward IV., and that
there never was an Abbot Cremer of Westminster.Jean de Meungis also included among
the alchemists; but he bequeathed to posterity in his glorious poem
of the ‘Roman de la Rose’ something very much more precious than
would have been any formula for making gold. In one sense he was
indeed an alchemist, and possessed the secret of the universal
medicine; for in his poem his genius has transmuted into purest
gold the base ore of popular traditions and legends.Some of the stories which Langlet du Fresnoy tells ofNicholas Flamelwere probably invented
long after his death, or else we should have to brand him as a most
audacious knave. One of those amazing narratives pretends that he
bought for a couple of florins an old and curious volume, the
leaves of which—three times seven (this sounds better than
twenty-one) in number—were made from the bark of trees. Each
seventh leaf bore an allegorical picture—the first representing a
serpent swallowing rods, the second a cross with a serpent
crucified upon it, and the third a fountain in a desert, surrounded
by creeping serpents. Who, think you, was the author of this
mysterious volume? No less illustrious a person than Abraham the
patriarch, Hebrew, prince, philosopher, priest, Levite, and magian,
who, as it was written in Latin, must have miraculously acquired
his foreknowledge of a tongue which, in his time, had no existence.
A perusal of its mystic pages convinced Flamel that he had had the
good fortune to discover a complete manual on the art of
transmutation of metals, in which all the necessary vessels were
indicated, and the processes described. But there was one serious
difficulty to be overcome: the book assumed, as a matter of course,
that the student was already in possession of that all-important
agent of transmutation, the philosopher’s stone.Careful study led Flamel to the conclusion that the secret of
the stone was hidden in certain allegorical drawings on the fourth
and fifth leaves; but, then, to decipher these was beyond his
powers. He submitted them to all the learned savants and alchemical
adepts he could get hold of: they proved to be no wiser than
himself, while some of them actually laughed at Abraham’s
posthumous publication as worthless gibberish. Flamel, however,
clung fast to his conviction of the inestimable value of his
‘find,’ and daily pondered over the two cryptic illustrations,
which may thus be described: On the first page of the fourth leaf
Mercury was contending with a figure, which might be either Saturn
or Time—probably the latter, as he carried on his head the
emblematical hour-glass, and in his hand the not less emblematical
scythe. On the second stage a flower upon a mountain-top presented
the unusual combination of a blue stalk, with red and white
blossoms, and leaves of pure gold. The wind appeared to blow it
about very harshly, and a gruesome company of dragons and griffins
encompassed it.Upon the study of these provokingly obscure designs Flamel
fruitlessly expended the leisure time of thrice seven years: after
which, on the advice of his wife, he repaired to Spain to seek the
assistance of some erudite Jewish rabbi. He had been wandering from
place to place for a couple of years, when he met, somewhere in
Leon, a learned Hebrew physician, named Canches, who agreed to
return with him to Paris, and there examine Abraham’s volume.
Canches was deeply versed in all the lore of the Cabala, and Flamel
hung with delight on the words of wisdom that dropped from his
eloquent lips. But at Orleans Canches was taken ill with a malady
of which he died, and Flamel found his way home, a sadder, if not a
wiser, man. He resumed his study of the book, but for two more
years could get no clue to its meaning. In the third year,
recalling some deliverance of his departed friend, the rabbi, he
perceived that all his experiments had hitherto proceeded upon
erroneous principles. He repeated them upon a different basis, and
in a few months brought them to a successful issue. On January 13,
1382, he converted mercury into silver, and on April 25 into gold.
Well might he cry in triumph, ‘Eureka!’ The great secret, the
sublime magistery was his: he had discovered the art of transmuting
metals into gold and silver, and, so long as he kept it to himself,
had at his command the source of inexhaustible wealth.At this time Nicholas Flamel, it is said, was about eighty
years old. His admirers assert that he also discovered the elixir
of immortal life; but, as he died in 1419, at the age (it is
alleged) of 116, he must have been content with the merest sip of
it! Why did he not reveal its ingredients for the general benefit
of our afflicted humanity? His immense wealth he bequeathed to
churches and hospitals, thus making a better use of it after death
than he had made of it in his lifetime. For it is said that Flamel
was a usurer, and that his philosopher’s stone was ‘cent per cent.’
It is true enough that he dabbled in alchemy, and probably he made
his alchemical experiments useful in connection with his usurious
transactions.
BOOK 1. THE ENGLISH MAGICIANS
Chapter 1. Roger Bacon: The True And The
LegendaryIt was in the early years of the fourteenth century that the
two pseudo-sciences of alchemy and astrology, the supposititious
sisters of chemistry and astronomy, made their way into England. At
first their progress was by no means so rapid as it had been on the
Continent; for in England, as yet, there was no educated class
prepared to give their leisure to the work of experimental
investigation. A solitary scholar here and there lighted his torch
at the altar-fire which the Continental philosophers kept burning
with so much diligence and curiosity, and was generally rewarded
for his heterodox enthusiasm by the persecution of the Church and
the prejudice of the vulgar. But by degrees the new sciences
increased the number of their adherents, and the more active
intellects of the time embraced the theory of astral influences,
and were fascinated by the delusion of the philosopher’s stone.
Many a secret furnace blazed day and night with the charmed flames
which were to resolve the metals into their original elements, and
place the pale student in possession of the covetedmagisterium, or ‘universal medicine.’
At length the alchemists became a sufficiently numerous and
important body to draw the attention of the Government, which
regarded their proceedings with suspicion, from a fear that the
result might injuriously affect the coinage. In 1434 the
Legislature enacted that the making of gold or silver should be
treated as a felony. But the Parliament was influenced by a very
different motive from that of the King and his Council, its
patriotic fears being awakened lest the Executive, enabled by the
new science to increase without limit the pecuniary resources of
the Crown, should be rendered independent of Parliamentary
control.In the course of a few years, however, broader and more
enlightened views prevailed; and it came to be acknowledged that
scientific research ought to be relieved from legislative
interference. In 1455 Henry VI. issued four patents in succession
to certain knights, London citizens, chemists, monks, mass-priests,
and others, granting them leave and license to undertake the
discovery of the philosopher’s stone, ‘to the great benefit of the
realm, and the enabling the King to pay all the debts of the Crown
inreal gold and silver.’ On
the remarkable fact that these patents were issued to ecclesiastics
as well as laymen, Prynne afterwards remarked, with true
theological acridity, that they were so included because they were
‘such good artists in transubstantiating bread and wine in the
Eucharist, and were, therefore, the more likely to be able to
effect the transmutation of base metals into better.’ Nothing came
of the patents. The practical common-sense of Englishmen never took
very kindly to the alchemical delusion, and Chaucer very faithfully
describes the contempt with which it was generally regarded.
Enthusiasts there were, no doubt, who firmly believed in it, and
knaves who made a profit out of it, and dupes who were preyed upon
by the knaves; and so it languished on through the sixteenth and
seventeenth centuries. It seems at one time to have amused the
shrewd intellect of Queen Elizabeth, and at another to have caught
the volatile fancy of the second Villiers, Duke of Buckingham. But
alchemy was, in the main, themodus
vivendiof quacks and cheats, of such impostors
as Ben Jonson has drawn so powerfully in his great comedy—a Subtle,
a Face, and a Doll Common, who, in the Sir Epicure Mammons of the
time, found their appropriate victims. These creatures played on
the greed and credulity of their dupes with successful audacity,
and excited their imaginations by extravagant promises. Thus, Ben
Jonson’s hero runs riot with glowing anticipations of what the
alchemicalmagisteriumcan
effect.
‘ Do you think I fable with you? I assure you,He that has once the flower of the sun,The perfect ruby, which we callElixir,Not only can do that, but, by its virtue,Can confer honour, love, respect, long life;Give safety, valour, yes, and victory,To whom he will. In eight-and-twenty daysI’ll make an old man of fourscore a child....
’ Tis the secretOf nature naturized ’gainst all infections,Cures all diseases coming of all causes;A month’s grief in a day, a year’s in twelve,And of what age soever in a month.’The English alchemists, however, with a few exceptions,
depended for a livelihood chiefly on their sale of magic charms,
love-philters, and even more dangerous potions, and on
horoscope-casting, and fortune-telling by the hand or by cards.
They acted, also, as agents in many a dark intrigue and unlawful
project, being generally at the disposal of the highest bidder, and
seldom shrinking from any crime.The earliest name of note on the roll of the English
magicians, necromancers and alchemists is that ofROGER BACON.This great man has some claim to be considered the father of
experimental philosophy, since it was he who first laid down the
principles upon which physical investigation should be conducted.
Speaking of science, he says, in language far in advance of his
times: ‘There are two modes of knowing—by argument and by
experiment. Argument winds up a question, but does not lead us to
acquiesce in, or feel certain of, the contemplation of truth,
unless the truth be proved and confirmed by experience.’ To
Experimental Science he ascribed three differentiating characters:
‘First, she tests by experiment the grand conclusions of all other
sciences. Next, she discovers, with reference to the ideas
connected with other sciences, splendid truths, to which these
sciences without assistance are unable to attain. Her third
prerogative is, that, unaided by the other sciences, and of
herself, she can investigate the secrets of nature.’ These truths,
now accepted as trite and self-evident, ranked, in Roger Bacon’s
day, as novel and important discoveries.He was born at Ilchester, in Somersetshire, in 1214. Of his
lineage, parentage, and early education we know nothing, except
that he must have been very young when he went to Oxford, for he
took orders there before he was twenty. Joining the Franciscan
brotherhood, he applied himself to the study of Greek, Latin,
Hebrew, and Arabic; but his genius chiefly inclined towards the
pursuit of the natural sciences, in which he obtained such a
mastery that his contemporaries accorded to him the flattering
title of ‘The Admirable Doctor.’ His lectures gathered round him a
crowd of admiring disciples; until the boldness of their
speculations aroused the suspicion of the ecclesiastical
authorities, and in 1257 they were prohibited by the General of his
Order. Then Pope Innocent IV. interfered, interdicting him from the
publication of his writings, and placing him under close
supervision. He remained in this state of tutelage until Clement
IV., a man of more liberal views, assumed the triple tiara, who not
only released him from his irksome restraints, but desired him to
compose a treatise on the sciences. This was the origin of Bacon’s
‘Opus Majus,’ ‘Opus Minus’ and ‘Opus Tertius,’ which he completed
in a year and a half, and despatched to Rome. In 1267 he was
allowed to return to Oxford, where he wrote his ‘Compendium Studii
Philosophiæ.’ His vigorous advocacy of new methods of scientific
investigation, or, perhaps, his unsparing exposure of the ignorance
and vices of the monks and the clergy, again brought down upon him
the heavy arm of the ecclesiastical tyranny. His works were
condemned by the General of his Order, and in 1278, during the
pontificate of Nicholas III., he was thrown into prison, where he
was detained for several years. It is said that he was not released
until 1292, the year in which he published his latest production,
the ‘Compendium Studii Theologiæ.’ Two years afterwards he
died.In many respects Bacon was greatly in advance of his
contemporaries, but his general repute ignores his real and
important services to philosophy, and builds up a glittering fabric
upon mechanical discoveries and inventions to which, it is to be
feared, he cannot lay claim. As Professor Adamson puts it, he
certainly describes a method of constructing a telescope, but not
so as to justify the conclusion that he himself was in possession
of that instrument. The invention of gunpowder has been attributed
to him on the strength of a passage in one of his works, which, if
fairly interpreted, disposes at once of the pretension; besides, it
was already known to the Arabs. Burning-glasses were in common use;
and there is no proof that he made spectacles, although he was
probably acquainted with the principle of their construction. It is
not to be denied, however, that in his interesting treatise on ‘The
Secrets of Nature and Art,’2he exhibits every sign of a far-seeing and lively
intelligence, and foreshadows the possibility of some of our great
modern inventions. But, like so many master-minds of the Middle
Ages, he was unable wholly to resist the fascinations of alchemy
and astrology. He believed that various parts of the human body
were influenced by the stars, and that the mind was thus stimulated
to particular acts, without any relaxation or interruption of free
will. His ‘Mirror of Alchemy,’ of which a translation into French
was executed by ‘a Gentleman of Dauphiné,’ and printed in 1507,
absolutely bristles with crude and unfounded theories—as, for
instance, that Nature, in the formation of metallic veins, tends
constantly to the production of gold, but is impeded by various
accidents, and in this way creates metals in which impurities
mingle with the fundamental substances. The main elements, he says,
are quicksilver and sulphur; and from these all metals and minerals
are compounded. Gold he describes as a perfect metal, produced from
a pure, fixed, clear, and red quicksilver; and from a sulphur also
pure, fixed, and red, not incandescent and unalloyed. Iron is
unclean and imperfect, because engendered of a quicksilver which is
impure, too much congealed, earthy, incandescent, white and red,
and of a similar variety of sulphur. The ‘stone,’ or substance, by
which the transmutation of the imperfect into the perfect metals
was to be effected must be made, in the main, he said, of sulphur
and mercury.It is not easy to determine how soon an atmosphere of legend
gathered around the figure of ‘the Admirable Doctor;’ but
undoubtedly it originated quite as much in his astrological errors
as in his scientific experiments. Some of the myths of which he is
the traditional hero belong to a very much earlier period, as, for
instance, that of his Brazen Head, which appears in the old romance
of ‘Valentine and Orson,’ as well as in the history of Albertus
Magnus. Gower, too, in his ‘Confessio Amantis,’ relates how a
Brazen Head was fabricated by Bishop Grosseteste. It was customary
in those days to ascribe all kinds of marvels to men who obtained a
repute for exceptional learning, and Bishop Grosseteste’s Brazen
Head was as purely a fiction as Roger Bacon’s. This is Gower’s
account:
‘ For of the gretè clerk GrostestI rede how busy that he wasUpon the clergie an head of brassTo forgè; and make it fortelleOf suchè thingès as befelle.And seven yerès besinesseHe laidè, but for the lachèsse3Of half a minute of an hour ...He lostè all that he hadde do.’Stow tells a story of a Head of Clay, made at Oxford in the
reign of Edward II., which, at an appointed time, spoke the
mysterious words, ‘Caput decidetur—caput elevabitur. Pedes
elevabuntur supra caput.’ Returning to Roger Bacon’s supposed
invention, we find an ingenious though improbable explanation
suggested by Sir Thomas Browne, in his ‘Vulgar
Errors’:
‘ Every one,’ he says, ‘is filled with the story of Friar
Bacon, that made a Brazen Head to speak these words, “Time is.” Which, though there went not
the like relations, is surely too literally received, and was but a
mystical fable concerning the philosopher’s great work, wherein he
eminently laboured: implying no more by the copper head, than the
vessel wherein it was wrought; and by the words it spake, than the
opportunity to be watched, about thetempus
ortus, or birth of the magical child, or
“philosophical King” of Lullius, the rising of the “terra foliata”
of Arnoldus; when the earth, sufficiently impregnated with the
water, ascendeth white and splendent. Which not observed, the work
is irrecoverably lost.... Now letting slip the critical
opportunity, he missed the intended treasure: which had he
obtained, he might have made out the tradition of making a brazen
wall about England: that is, the most powerful defence or strongest
fortification which gold could have effected.’An interpretation of the popular myth which is about as
ingenious and far-fetched as Lord Bacon’s expositions of the
‘Fables of the Ancients,’ of which it may be said that they possess
every merit but that of probability!Bacon’s Brazen Head, however, took hold of the popular fancy.
It survived for centuries, and the allusions to it in our
literature are sufficiently numerous. Cob, in Ben Jonson’s comedy
of ‘Every Man in his Humour,’ exclaims: ‘Oh, an my house were the
Brazen Head now! ’Faith, it would e’en speakMo’
fools yet!’ And we read in Greene’s ‘Tu
Quoque’:
‘ Look to yourself, sir;The brazen head has spoke, and I must have you.’Lord Bacon used it happily in his ‘Apology to the Queen,’
when Elizabeth would have punished the Earl of Essex for his
misconduct in Ireland:—‘Whereunto I said (to the end utterly to
divert her), “Madam, if you will have me speak to you in this
argument, I must speak to you as Friar Bacon’s head spake, that
said first, ‘Time is,’ and
then, ‘Time was,’ and ‘Time would never be,’ for certainly”
(said I) “it is now far too late; the matter is cold, and hath
taken too much wind.”’ Butler introduces it in his
‘Hudibras’:—‘Quoth he, “My head’s not made of brass, as Friar
Bacon’s noddle was.”’ And Pope, in ‘The Dunciad,’ writes:—‘Bacon
trembled for his brazen head.’ A William Terite, in 1604, gave to
the world some verse, entitled ‘A Piece of Friar Bacon’s
Brazen-head’s Prophecie.’ And, in our own time, William Blackworth
Praed has written ‘The Chaunt of the Brazen Head,’ which, in his
prose motto, he (in the person of Friar Bacon) addresses as ‘the
brazen companion of his solitary hours.’
‘ THE FAMOUS HISTORIE OF FRIAR
BACON.’Towards the end of the sixteenth century, the various legends
which had taken Friar Bacon as their central figure were brought
together in a connected form, and wrought, along with other stories
of magic and sorcery, into a continuous narrative, which became
immensely popular. It was entitled, ‘The Famous Historie of Friar
Bacon: Conteyning the Wonderful Thinges that he Did in his Life;
also the Manner of his Death; with the Lives and Deaths of the Two
Conjurers, Bungye and Vandermast,’ and has been reprinted by Mr.
Thoms, in his ‘Early English Romances.’According to this entertaining authority, the Friar was ‘born
in the West part of England, and was sonne to a wealthy farmer, who
put him to the schoole to the parson of the towne where he was
borne; not with intent that hee should turne fryer (as hee did),
but to get so much understanding, that he might manage the better
the wealth hee was to leave him. But young Bacon took his learning
so fast, that the priest could not teach him any more, which made
him desire his master that he would speake to his father to put him
to Oxford, that he might not lose that little learning that he had
gained.... The father affected to doubt his son’s capacity, and
designed him still to follow the same calling as himself; but the
student had no inclination to drive fat oxen or consort with
unlettered hinds, and stole away to “a cloister” some twenty miles
off, where the monks cordially welcomed him. Continuing the pursuit
of knowledge with great avidity, he attained to such repute that
the authorities of Oxford University invited him to repair thither.
He accepted the invitation, and grew so excellent in the secrets of
Art and Nature, that not England only, but all Christendom, admired
him.’There, in the seclusion of his cell, he made the Brazen Head
on which rests his legendary fame.
‘ Reading one day of the many conquests of England, he
bethought himselfe how he might keepe it hereafter from the like
conquests, and so make himselfe famous hereafter to all
posterities. This, after great study, hee found could be no way so
well done as one; which was to make a head of brasse, and if he
could make this head to speake, and heare it when it speakes, then
might hee be able to wall all England about with
brasse.4To this purpose he got one Fryer Bungey to assist him, who
was a great scholar and a magician, but not to bee compared to
Fryer Bacon: these two with great study and paines so framed a head
of brasse, that in the inward parts thereof there was all things
like as in a naturall man’s head. This being done, they were as
farre from perfection of the worke as they were before, for they
knew not how to give those parts that they had made motion, without
which it was impossible that it should speake: many bookes they
read, but yet coulde not finde out any hope of what they sought,
that at the last they concluded to raise a spirit, and to know of
him that which they coulde not attaine to by their owne studies. To
do this they prepared all things ready, and went one evening to a
wood thereby, and after many ceremonies used, they spake the words
of conjuration; which the Devill straight obeyed, and appeared unto
them, asking what they would? “Know,” said Fryer Bacon, “that wee
have made an artificiall head of brasse, which we would have to
speake, to the furtherance of which wee have raised thee; and being
raised, wee will here keepe thee, unlesse thou tell to us the way
and manner how to make this head to speake.” The Devill told him
that he had not that power of himselfe. “Beginner of lyes,” said
Fryer Bacon, “I know that thou dost dissemble, and therefore tell
it us quickly, or else wee will here bind thee to remaine during
our pleasures.” At these threatenings the Devill consented to doe
it, and told them, that with a continual fume of the six hottest
simples it should have motion, and in one month space speak; the
time of the moneth or day hee knew not: also hee told them, that if
they heard it not before it had done speaking, all their labour
should be lost. They being satisfied, licensed the spirit for to
depart.
‘ Then went these two learned fryers home againe, and
prepared the simples ready, and made the fume, and with continuall
watching attended when this Brazen Head would speake. Thus watched
they for three weekes without any rest, so that they were so weary
and sleepy that they could not any longer refraine from rest. Then
called Fryer Bacon his man Miles, and told him that it was not
unknown to him what paines Fryer Bungey and himselfe had taken for
three weekes space, onely to make and to heare the Brazen Head
speake, which if they did not, then had they lost all their labour,
and all England had a great losse thereby; therefore hee intreated
Miles that he would watch whilst that they slept, and call them if
the head speake. “Fear not, good master,” said Miles, “I will not
sleepe, but harken and attend upon the head, and if it doe chance
to speake, I will call you; therefore I pray take you both your
rests and let mee alone for watching this head.” After Fryer Bacon
had given him a great charge the second time, Fryer Bungey and he
went to sleepe, and Miles was lefte alone to watch the Brazen Head.
Miles, to keepe him from sleeping, got a tabor and pipe, and being
merry disposed, with his owne musicke kept from sleeping at last.
After some noyse the head spake these two words, “Time is.” Miles,
hearing it to speake no more, thought his master would be angry if
hee waked him for that, and therefore he let them both sleepe, and
began to mocke the head in this manner: “Thou brazen-faced Head,
hath my master tooke all these paines about thee, and now dost thou
requite him with two words, Time is? Had hee watched with a lawyer
so long as hee hath watched with thee, he would have given him more
and better words than thou hast yet. If thou canst speake no wiser,
they shal sleepe till doomes day for me: Time is! I know Time is,
and that you shall heare, Goodman Brazen-face.
‘“ Time is for some to eate,Time is for some to sleepe,Time is for some to laugh,Time is for some to weepe.
‘“ Time is for some to sing,Time is for some to pray,Time is for some to creepe,That have drunken all the day.
‘“ Do you tell us, copper-nose, when Time is? I hope we
schollers know our times, when to drink drunke, when to kiss our
hostess, when to goe on her score, and when to pay it—that time
comes seldome.” After halfe an houre had passed, the Head did
speake againe, two words, which were these, “Time was.” Miles
respected these words as little as he did the former, and would not
wake them, but still scoffed at the Brazen Head that it had learned
no better words, and have such a tutor as his master: and in scorne
of it sung this song:
‘“ Time was when thou, a kettle,wert filled with better matter;But Fryer Bacon did thee spoylewhen he thy sides did batter.
‘“ Time was when conscience dwelledwith men of occupation;Time was when lawyers did not thriveso well by men’s vexation.
‘“ Time was when kings and beggarsof one poore stuff had being;Time was when office kept no knaves—that time it was worth seeing.
‘“ Time was a bowle of waterdid give the face reflection;Time was when women knew no paint,which now they call complexion.
‘“ Time was! I know that, brazen-face, without your telling;
I know Time was, and I know what things there was when Time was;
and if you speake no wiser, no master shall be waked for mee.” Thus
Miles talked and sung till another halfe-houre was gone: then the
Brazen Head spake again these words, “Time is past;” and therewith
fell downe, and presently followed a terrible noyse, with strange
flashes of fire, so that Miles was halfe dead with feare. At this
noyse the two Fryers awaked, and wondred to see the whole roome so
full of smoake; but that being vanished, they might perceive the
Brazen Head broken and lying on the ground. At this sight they
grieved, and called Miles to know how this came. Miles, halfe dead
with feare, said that it fell doune of itselfe, and that with the
noyse and fire that followed he was almost frighted out of his
wits. Fryer Bacon asked him if hee did not speake? “Yes,” quoth
Miles, “it spake, but to no purpose: He have a parret speake better
in that time that you have been teaching this Brazen
Head.”
‘“ Out on thee, villaine!” said Fryer Bacon; “thou hast
undone us both: hadst thou but called us when it did speake, all
England had been walled round about with brasse, to its glory and
our eternal fames. What were the words it spake?” “Very few,” said
Miles, “and those were none of the wisest that I have heard
neither. First he said, ‘Time is.’” “Hadst thou called us then,”
said Fryer Bacon, “we had been made for ever.” “Then,” said Miles,
“half-an-hour after it spake againe, and said, ‘Time was.’” “And
wouldst thou not call us then?” said Bungey. “Alas!” said Miles, “I
thought hee would have told me some long tale, and then I purposed
to have called you: then half-an-houre after he cried, ‘Time is
past,’ and made such a noyse that hee hath waked you himselfe, mee
thinkes.” At this Fryer Bacon was in such a rage that hee would
have beaten his man, but he was restrained by Bungey: but
neverthelesse, for his punishment, he with his art struck him dumbe
for one whole month’s space. Thus the greate worke of these learned
fryers was overthrown, to their great griefes, by this simple
fellow.’The historian goes on to relate many instances of Friar
Bacon’s thaumaturgical powers. He captures a town which the king
had besieged for three months without success. He puts to shame a
German conjuror named Vandermast, and he performs wonders in love
affairs; but at length a fatal result to one of his magical
exploits induces him to break to pieces his wonderful glass and
doff his conjurer’s robe. Then, receiving intelligence of the
deaths of Vandermast and Friar Bungey, he falls into a deep grief,
so that for three days he refuses to partake of food, and keeps his
chamber.
‘ In the time that Fryer Bacon kept his Chamber, hee fell
into divers meditations; sometimes into the vanity of Arts and
Sciences; then would he condemne himselfe for studying of those
things that were so contrary to his Order soules health; and would
say, That magicke made a man a Devill: sometimes would hee meditate
on divinity; then would hee cry out upon himselfe for neglecting
the study of it, and for studying magicke: sometime would he
meditate on the shortnesse of mans life, then would he condemne
himself for spending a time so short, so ill as he had done his: so
would he goe from one thing to another, and in all condemne his
former studies.
‘ And that the world should know how truly he did repent his
wicked life, he caused to be made a great fire; and sending for
many of his friends, schollers, and others, he spake to them after
this manner: My good friends and fellow students, it is not unknown
to you, how that through my Art I have attained to that credit,
that few men living ever had: of the wonders that I have done, all
England can speak, both King and Commons: I have unlocked the
secrets of Art and Nature, and let the world see those things that
have layen hid since the death of Hermes,5