The following slight Memoir of the Life of the
late Dr. Young was drawn up, from some short
memoranda of his own writing in the possession
of a near connexion, by one who had the advantage
of long and intimate acquaintance with that
distinguished scholar and philosopher; but who,
never having been engaged in the pursuits of accurate
science, feels himself incompetent to give more
than an imperfect sketch, which he trusts to see
filled up hereafter by an abler hand.
Dr. Thomas Young, a man eminently distinguished
in more departments of literature and
science than any other individual of his age and
country, was born at Milverton in Somersetshire,
the 13th of June, 1773. He was the eldest of
ten children of Mr. Thomas Young of that place,
and his mother was a niece of Doctor Richard
Brocklesby, a physician of eminence in the metropolis,
who was well known both from his connexion
with the first literary societies, and with the
highest political circles of the times in which
he lived.
His parents were both of them of the society
of Quakers, and of the strictest of a sect, whose
fundamental principle it is, that the perception
of what is right or wrong, to its minutest ramifications,
is to be looked for in the immediate influence
of a Supreme intelligence, and that therefore
the individual is to act upon this, lead where
it may, and compromise nothing. To the best of
these early impressions he was accustomed in
after-life to attribute, in some degree, the power he so
eminently possessed of an imperturbable resolution
to effect any object on which he was engaged,
which he brought to bear on every thing
he undertook, and by which he was enabled to
work out his own education almost from infancy,
with little comparative assistance or direction
from others.
From a very early period Dr. Young was chiefly
an inmate in the family of his maternal grandfather,
Mr. Robert Davies, of Minehead; a gentleman
who amidst mercantile avocations, though
no very deep or accurate scholar, had cultivated
a taste for classical literature, which it
was his earnest endeavour to impress upon the
mind of his grandson. It is stated that whilst
domesticated with him, he had learnt to read with
fluency when he was two years old, and that soon
after this, in the intervals of his attendance on a village
schoolmistress, he was made to commit to memory
a number of English poems, and even some
Latin ones, the words of which he retained without
difficulty, although at the time unacquainted with
their meaning.
Before he was six years old, he attended the
seminary of a dissenting minister, and went afterwards
to a school at Bristol, where he remained
about a year and a half, and where the deficiency
of the instructor appears to have advanced the
studies of the pupil, as he here first became his
own teacher, and had by himself studied the last
pages of the books used, before he had reached
the middle under the eye of the master.
His father had a neighbour, a man of great
ingenuity, by profession a land surveyor and land
steward; and in his office, during his holidays,
he was indulged with the use of mathematical
and philosophical instruments, together
with the perusal of three volumes of a Dictionary
of Arts and Sciences, which he also found there.
These were to him sources of instruction and
delight of which he seemed never to weary,
and which, thus accidentally thrown in his way,
had probably no small influence on the issues of
his future life.
In 1782, he was sent to the school of a Mr.
Thompson, at Compton, in Dorsetshire, of whom
he was always accustomed to speak with great
respect, as a person of an enlarged and liberal
mind; and who, possessed of a moderate and
miscellaneous library, permitted and encouraged
his scholars to turn it to their profit; the principle
which he adopted in the course of his
instructions, being to allow them a certain degree
of discretion in the employment of their time.
Here Young went through the ordinary course
of Greek and Latin Classics, together with the elementary
parts of the Mathematics; and by rising
earlier and sitting up later than his companions,
with the assistance of a schoolfellow who had some
French and Italian books, he rendered himself
tolerably familiar with those languages. He had
acquired, in his visits to his father’s neighbour, the
art of land surveying, and the amusement of his
walks was to measure heights with a quadrant.
The next study he undertook was Botany, and
for the sake of examining the plants which he gathered,
he attempted the construction of a microscope
from the descriptions of Benjamin Martin.
This led him to Optics; but in order to make his
microscope, he found it necessary to procure a lathe.
Every thing then gave way to a passion for
turning, and science was forgotten for the acquirement
of manual dexterity; until falling upon a
demonstration in Martin which exhibited some
fluxional symbols, he was never satisfied till he
had read and mastered a short introduction to the
doctrine of Fluxions.
Mr. Thompson had left in his way a Hebrew
Bible. He began by enabling himself to read a
few chapters, and was soon absorbed in the study
of the principal Oriental languages. At the age
of fourteen, when he quitted Mr. Thompson’s
school, he was thus more or less versed in Greek,
Latin, French, Italian, Hebrew, Persic, and
Arabic; and in forming the characters of those
languages, he had already acquired much of
the beauty and accuracy of penmanship which
was afterwards so remarkable in his copies of
Greek compositions, as well as of those subjects
connected with the literature of ancient Egypt.
In 1787, the friends of Dr. Young were beginning
to think seriously of the line in life which
might be most advantageously taken by a youth
of such extraordinary promise. When at the
house of one of his relations he accidentally met
a connexion of Mr. David Barclay, of Youngsbury,
in Hertfordshire, who was then wishing
to form an arrangement for the education of his
grandson, and through the intervention of Sir
William Watson, it was agreed that Dr. Young
and the grandson of Mr. Barclay should pursue
their studies together, under a private tutor, in
Mr. Barclay’s house. The tutor who was engaged,
found a situation of greater permanence, and never
came; so that two boys being left together, whose
ages differed only about a year and a half, Young,
then little more than fourteen, took upon himself,
provisionally, the office of preceptor. They were
afterwards joined by a gentleman who was then
in progress of perfecting himself in the higher
branches of classical attainment, of somewhat
maturer years, and who has since been known
to the world as the author of the “Calligraphia
Græca.” But Dr. Young did not relinquish the
task which he had previously undertaken, and
already far advanced beyond the limits of ordinary
scholastic attainment, was the principal
director of the studies of the whole party.
When about the age of fourteen, he was attacked
by symptoms of what was feared to be
incipient consumption. But under the attendance
of his uncle Dr. Brocklesby, and Baron
Dimsdale, he recovered his health, without suffering
any ultimate inconvenience, and was enabled
for the most part, to pursue his labours through the
whole duration of his indisposition, merely relieving
his attention by what, to him, stood in the
place of repose—a course of Greek reading in such
authors as amused the weariness of his confinement.
In the five years between 1787 and 1792, residing
during the summers in Hertfordshire, and
for some months of the winter in London, with
no other assistance than that of a few occasional
masters in the latter place, he had rendered himself
singularly familiar with the great poets and
philosophers of antiquity, keeping ample notes
of his daily studies. Of the various and conflicting
opinions of the ancient philosophers he had
drawn up a most admirable analysis; and as his
reading was not merely the gaining words and
phrases, and the minuter distinctions of dialects,
but was invariably also directed to what was the
end and object of the works he laboured through,
it is probable that the train of thought into which
he was led in this analysis, was not without its
effect, in somewhat mitigating his attachment to
the peculiar views of the sect amongst whom he
had been born.
He had acquired a great facility in writing Latin.
He composed Greek verses which stood the test of
the criticism of the first scholars of the day, and read
a good deal of the higher mathematics. His amusements
were the studies of botany and zoology, and
to entomology in particular he at that time gave
great attention.
In the winters of 1790 and 1791, having prepared
himself by previous reading, he attended
the lectures of Dr. Higgins in chemistry, and
began to make some simple experiments of his
own on a small scale. But he was afterwards
accustomed to say, that at no period of his life was
he particularly fond of repeating experiments, or
even of very frequently attempting to originate
new ones; considering that, however necessary
to the advancement of science, they demanded a
great sacrifice of time, and that when the fact was
once established, that time was better employed
in considering the purposes to which it might be
applied, or the principles which it might tend to
elucidate.
His uncle Dr. Brocklesby had at this time desired
to receive from him a regular report of his
literary and scientific pursuits, intending to take
upon himself the supervision of his further education
for the practice of physic, which was the line
he recommended him to adopt; and having communicated
some of his Greek translations to Mr.
Burke and Mr. Windham, with both of whom Dr.
Brocklesby had lived in intimacy, an acquaintance
with these two distinguished persons ensued; in the
course of which, Mr. Burke was so greatly struck
with the reach of his talents and the extent of his
acquirements, more particularly by his great and
accurate knowledge of the Greek language, that
Dr. Young may be considered as in no small degree
indebted to the good offices of that eminent
statesman, for the extent of interest which his
uncle took from this period in his future settlement
in life.
It may probably be considered that it was in
these years that his character received its developement.
He was never known to relax in any
object which he had once undertaken. During the
whole term of these five years, he never was seen
by any one, on any occasion, to be ruffled in his
temper. Whatever he determined on, he did. He
had little faith in any peculiar aptitude being
implanted by nature for any given pursuits. His
favourite maxim was, that whatever one man had
done, another might do; that the original difference
between human intellects was much less
than it was generally supposed to be; that
strenuous and persevering attention would accomplish
almost any thing; and at this season, in the
confidence of youth and consciousness of his own
powers, he considered nothing which had been
compassed by others beyond his reach to achieve,
nor was there any thing which he thought worthy
to be attempted, which he was not resolved to
master.
This self-conducted education, in the privacy of
a singularly regular family, was not however without
its disadvantages. The acquisitions he was
thus making in seclusion were great, but he was
not in the way of gaining that which is acquired
insensibly in the conflict of equals in the commerce
of the world—the facility of communicating knowledge
in the form that shall be most immediately
comprehended by others, and the tact in putting it
forth, that shall render its value immediately appreciated.
It was in 1791 that he made his first communications
to the press, through the Monthly Review
and the Gentleman’s Magazine, being Greek criticism,
chemical theories, and remarks on botany
and entomology.
Towards the end of 1792, Dr. Young established
himself in lodgings in Westminster, in
which he resided about two years, for the purpose
of pursuing his medical studies, attending the
lectures of Baillie and Cruickshank in the Hunterian
school of anatomy; and he was during that
period amongst the most diligent of the pupils of
St. Bartholomew’s Hospital.
In 1793, he made a tour in the west of England,
principally with a view of studying the mineralogy
of Cornwall; and about this time having been introduced
to the acquaintance of Charles Duke
of Richmond, who had long been a friend of his
uncle’s, and was then Master-General of the Ordnance,
he was offered by his Grace the situation
of assistant-secretary in his house. He felt that
this was an opportunity for entering into public
life which might lead to advantage and distinction.
Mr. Burke and Mr. Windham recommended him
rather to proceed to Cambridge and study the
law; but after some consideration of these conflicting
proposals, he determined to adhere to the
pursuits of science, and to proceed to the practice
of physic, as most congenial both to his predilections
and his habits, and to which the position
occupied by his uncle appeared to offer a natural
introduction.
In this year he gave to the Royal Society his
Observations on Vision, and his Theory of the Muscularity
of the Crystalline Lens of the Eye, which
became the subject of much discussion, and John
Hunter immediately laid claim to having previously
made the discovery. Dr. Young was soon
afterwards elected a Fellow of the Royal Society,
when he had just completed his twenty-first year.
In the autumn of 1794 he went to Edinburgh,
and there attended the lectures of Doctors Black,
Munro, and Gregory. He pursued every branch
of study in that university with his accustomed
intensity, but made the physical sciences more
peculiarly the objects of his research. He now
separated himself from the Society of Quakers,
and amidst his medical, scientific, and classical labours,
he determined on cultivating some of those
arts in which he considered that his early education
had left him deficient. But every thing, be its nature
what it might, was with him a science; whatever
he followed, he followed scientifically. He
was extremely fond of music, and of the science of
music he rendered himself a master. He had at
all times great personal activity, and in youth he
delighted in its exercise. But perhaps it may
provoke a smile, though too characteristic an anecdote
to omit, that in instructing himself in the
figure of a minuet, he made it the subject of a
mathematical diagram.
Towards the close of 1795 he went to the university
of Gottingen, where he took his doctor’s
degree. His extraordinary attainments, and the
almost incredible industry with which he pursued
his studies in all their variety, excited the
wonder of the laborious school in which he had
now placed himself. He found their academical
library peculiarly rich in works of reference; and
in composing his inaugural dissertation, “De
Corporis Humani Viribus Conservatricibus,” he
left few volumes unconsulted which had any connexion
with the subject on which he was treating.
In all periods of his life Dr. Young was entirely
exempt from those dissipations into which young
persons unhappily very generally fall, and here, as
at Edinburgh, he diversified his graver studies by
cultivating skill in bodily exercises. He took lessons
in horsemanship, in which he always had
great pleasure, and practised under various masters
all sorts of feats of personal agility, in which
he excelled to an extraordinary degree.
The victories of the French at this time prevented
him from visiting Italy, which he had
intended to do previously to his return to England;
and unwilling to be deficient in any species of
knowledge, he proceeded to Dresden; where he
spent some time for the purpose of studying the
works of Italian art in the galleries of that city, and
to compare what he saw with that which he had
learnt of them from the Lectures of the professors
of Gottingen. Before returning home, he completed
his stay on the Continent by a short visit to Berlin.
Dr. Young, during his residence in Germany,
had gained a very general and accurate acquaintance
with the language and literature of that
country, which he kept up throughout his life;
but he remarked that he found in Germany a love
of new inventions, singularly, and somewhat
pedantically, combined with the habit of systematizing
older ones, and giving an importance
to things in themselves trifling, which in his
case rather confirmed an original habit of dwelling
on minutiæ more than his subsequent experience
led him to think was advantageous.
In consequence of some new regulations of the
College of Physicians, which had taken place
during his residence abroad, he found himself precluded
from immediately practising as a licentiate
in London; he therefore entered himself as a
fellow-commoner in Emanuel College, Cambridge,
of which Dr. Farmer was then master, who was
an intimate friend of his uncle’s. He here proceeded
to take his regular degrees in physic in
that university, pursuing, during his residence,
the various studies in which he was engaged; but
finding no rival in the variety of his knowledge,
and few competitors in most of its branches, he
lived with those most highly gifted, discussing
subjects of science with the professors, but not
attending any of the public lectures, considering
that they were in their nature intended for a junior
class of students, and relating to branches of
knowledge with which he had already made himself
acquainted.
Dr. Brocklesby died in December 1797, when
the larger part of his fortune was inherited by his
nephew, Mr. Beeby; the remainder, with his
house, his books, and his pictures, was left to Dr.
Young. He now found himself in circumstances
of independence, surrounded by a circle of
academical friends and associates, and formed many
friendships in distinguished and highly cultivated
society, which he continued to prize and to enjoy
through life.
He had, during his residence at Cambridge,
given some papers to the Royal Society and had
amused himself by contributing several essays on
philosophical and other subjects to some periodical
publications; a part of these he afterwards reprinted,
but considered others of a lighter texture
than would bear the criticism of severer experience.
When his necessary residence at college was
completed, Dr. Young settled himself as a physician
in London, in Welbeck-street, where he
continued to reside during twenty-five years. It
was not long, however, before he accepted the
situation of Professor of Natural Philosophy in the
Royal Institution, where he was for two years
colleague as lecturer with Sir Humphrey Davy.
The first volume of the Journals of the Royal Institution
and a part of the second were edited, and
for the most part composed by him. He gave two
Bakerian lectures on the subjects of Light and
Colours to the Royal Society, and in 1802 he published
a Syllabus of a Course of Lectures on Natural
and Experimental Philosophy, with mathematical
demonstrations of the most important theorems in
mechanics and optics; and containing the first
publication of his discovery of the general law of
the Interference of Light, being the application of
a principle which has since been universally appreciated
as one of the greatest discoveries since
the time of Newton, and which has subsequently
changed the whole face of Optical science.
As a lecturer at the Royal Institution, Dr.
Young was apt, in no small degree, to pass
the capacities of his audience, who at this
conjuncture were led to their attendance more
as a matter of fashion, than from a love of research,
and who for the most part had little
previous knowledge. His style was compressed
and laconic; he went into the depths of science,
and indeed gave more matter than it would
perhaps have been possible for persons really
scientific to have followed at the moment without
considerable difficulty.
In the summer of 1802 Dr. Young accompanied
the present Duke of Richmond and his brother,
Lord George Lennox, in his medical capacity, to
Rouen in Normandy, with their tutor, Mr. Vincent;
and in an excursion from thence to Paris, was first
present at the discussions of the National Institute
of France, at that time attended by Napoleon;
where he made the acquaintance of several leading
members of that distinguished body, into which
he himself was eventually elected. On his return
he was constituted foreign secretary to the Royal
Society, an office which he held during life, being
long their senior officer, and always one of the
leading, and most efficient members of their
council.
In 1804, Dr. Young married Miss Eliza Maxwell,
daughter of James Primrose Maxwell, Esq.,
of Cavendish-square, who has lived to lament his
loss, after an union which was attended with uninterrupted
happiness.
At this time he resigned his office as lecturer
to the Royal Institution, it being thought
by his friends that his holding it longer would
be likely to interfere with his success as a medical
practitioner. This view, as regarding his
continuance in a situation which would appear to
the public to be anomalous to his profession, and
hardly compatible with its duties, was probably a
just one. But in settling in married life Dr. Young
carried a deference to the supposed feelings of the
world towards those physicians who distinguished
themselves in lines of research not obviously connected
with their calling, to an excess which, in a
man of his extraordinary talents and attainments,
was certainly to be lamented, and possibly even
with reference to those objects proposed to be compassed
by it.
His resolution at that juncture was to confine
himself for the most part to medical pursuits,
and to make himself known to the public in no
other character. But he had resolved on that
which to him was impossible. He never slackened
either in his literary or philosophical researches.
He was always aiding, and always willing to be
the counsellor of any one engaged in similar investigations.
He was living in the first circles of
London, amongst all who were most eminent. The
nature of his habitual avocations was necessarily
well known; and therefore in putting forth his
non-medical papers, separately and anonymously, he
was making a fruitless as well as voluntary sacrifice
of the general celebrity to which he was
entitled; and shrinking as it were from the cumulative
reputation which he must otherwise have
enjoyed, he waived, in some degree, the advantage
which is given by a great name towards the pursuit
even of professional success.
In 1807 however, Dr. Young published his
“Course of Lectures on Natural Philosophy and
the Mechanical Arts,” in two volumes quarto.
This elaborate work he stated to have been the
result of the unremitting application of five years;
two having been given to the composition of the
original lectures, and three more to the compilation
of the mass of references in the second volume, to
all those works to which the student might advantageously
have recourse who wished to pursue any
more minute enquiry; and to incorporating at the
same time with the Lectures, as at first given, such
results as might require insertion.
The booksellers engaged in this publication
failed at the moment of its coming out, which
greatly injured the immediate sale of the work;
but it was a mine to which every one has since
resorted, and contained the original hints of more
things since claimed as discoveries, than can
perhaps be found in a single production of any
known author. For some years, indeed, it seemed
hardly to have made its way to general use
in England, but it was so appreciated by the philosophers
of the Continent, that one of the men
most distinguished for science in Europe has been
known to say, that if his library were on fire,
and he could save only one book from the conflagration,
it should be the Lectures of Dr. Young.
For sixteen successive years from the period of
his marriage, Dr. Young passed his winters in
London and his summers at Worthing, having
been in 1810 appointed physician to St. George’s
Hospital. In his profession his published labours
would prove him to have been of the most learned
of scientific physicians, and his judgment and
acuteness were equally great: but in the practice
of medicine Dr. Young was not one of those
who were likely to win the most extended occupation
amongst the multitude. He was averse to
some of the ordinary methods by which it is acquired.
He never affected an assurance which he
did not feel, and had perhaps rather a tendency to
fear the injurious effects which might eventually result
from the application of powerful remedies,
than to any overweening confidence in their immediate
efficacy. His treatises bear the same impress.
That on Consumption, is a most striking instance
of his assiduity in collecting all recorded facts, and
his abstinence in drawing inferences from isolated
cases, or putting forth that which he did not feel
was established with certainty. Possibly he herein
was an example, that increase of knowledge does
not tend to increase of confidence, and that those
whose acquirements are the greatest, meet in the
progress of their investigations with most that leads
to distrust. However it might be, his practice,
though respectable, was never very extensive.
Dr. Young afterwards published a “Syllabus
of Lectures on the Elements of the Medical
Sciences,” as delivered by him at the Middlesex
Hospital, and his “Introduction to Medical literature,
including a System of Practical Nosology”—the
latter a work of great labour, forming like
his Natural Philosophy, a text book of the highest
practical utility, and accompanied by a mass of
references, which, to industry and perseverance
less than his, it should seem almost impossible to
have accumulated.
The Lectures, like every thing which proceeded
from Dr. Young, were, even in his own estimation,
too full of matter and too much compressed to be
conveniently followed by the hearer in a course of
oral instruction. Indeed, in all things he was rather
too apt to presume a knowledge in other persons
which they did not possess, and consequently
to fail in his estimate of how much of explanation
was needed in communicating the results of
science to those who were comparatively ignorant.
To the larger of these works he prefixed a
“Preliminary Essay on the Study of Physic;” in
which he gives a singular picture of what, in his
opinion, is required to constitute a well-educated
physician; enumerating nearly every possible
quality of which man could wish, but of which
few could hope, the attainment.
Dr. Young contributed to the Quarterly Review
a variety of articles, literary and scientific. He
first engaged, at the suggestion of Mr. George
Ellis, one of his most intimate and most valued
friends, to furnish those on medical subjects to
that work. But his communications soon branched
into other lines, many of them connected with
the higher departments of science, and containing
the results of some of his most laboured researches.
The Review of Adelung’s Mithridates,
Vol. X. October 1813, is perhaps the most remarkable,
not only from the immense knowledge it
displays of the structure of almost all languages,
but as having been the composition which first led
him to the investigation of the lost literature of
ancient Egypt.
In the year 1814, Sir William Rouse Boughton
had brought with him from Egypt some fragments
of Papyri, which he put into the hands of Dr.
Young; the fragment of the Rosetta stone having
been about this time deposited in the British
Museum, and a correct copy of its three inscriptions
having been engraved and circulated by the
Society of Antiquaries. Dr. Young first proceeded
to examine the enchorial inscription, and afterwards
the sacred characters, and after a minute
comparison of these documents, he was enabled to
attach some “Remarks on Egyptian Papyri, and
on the inscription of Rosetta,” containing an interpretation
of the principal parts of both the Egyptian
inscriptions on the pillar; to a paper of Sir William
Boughton’s, which was published by the Society
of Antiquaries in 1815, in the eighteenth volume
of the Archæologia.
Dr. Young now found he had discovered a key
to the lost literature of ancient Egypt. He had
occupied himself, though without deriving from it
the assistance he had at first expected, in the study
of the Coptic and Thebaic version of the Scriptures;
but having satisfied himself of the nature and
origin of the enchorial character, he produced the
result to the world anonymously in the Museum
Criticum of Cambridge, part the sixth, published
in 1815; being then determined to prosecute the
discovery, but at the same time abstaining from
claiming it in a more substantive form, from the
resolution he had previously taken to be known
only as a medical author.
The labour he bestowed on these investigations,
and the minuteness and accuracy with which he
copied the papyri, and compared the materials
which came into his hands, would be nearly incredible
to those who had not access to him whilst
employed on this pursuit.
In 1816, he printed and circulated two additional
Letters relating to his hieroglyphical discoveries,
and the inscription of Rosetta; the first
addressed to the Archduke John of Austria, who
had recently been in this country, the other to
M. Akerblad. These letters announce the progress
of the discovery of the relation between the
Egyptian characters and hieroglyphics, forming
the basis on which Dr. Young continued his
enquiries, as well as of the system afterwards
carried further in its details by M. Champollion,
whose attention had long been directed to similar
studies, and in which he has since so greatly distinguished
himself. The letters were first published
when re-printed in the seventh number of
the Museum Criticum in 1821; and were, with
the former letters in that work, beyond all question
or dispute, the earliest announcement of the
discovery of a key to a character which had
remained uninterpreted for ages.
In the same year he agreed with Mr. McVey
Napier to furnish various articles to the Supplement
to the Encyclopædia Britannica, conducted
under the superintendance of that gentleman;
and in this work, under the head “Egypt,” he
first brought out the whole results of his discoveries
in a perfect and concentrated form.
To the Supplement of the Encyclopædia Britannica,
Dr. Young furnished sixty-three articles,
scientific, biographical, and literary; the signature
by which they are marked, being two consecutive
letters of the sentence “Fortunam ex aliis.” His
adoption of such a motto appears to have been
caused by his considering at this period of his life,
that he had not succeeded to his wish or expectation
in the profession which he had chosen, and
that he had reason to complain of some injustice,
in that the extent and utility of his labours in
science, after having been fully appreciated by the
philosophers of the Continent, had not appeared
to have met with the same acceptance amongst his
own countrymen. But this feeling, as it was
transitory, so it should seem that it was hardly
well-founded. By those competent to form a
judgment, he was known to stand at the head
both of the letters and of the science of England;
but from the time of his quitting the professorship
of the Royal Institution, all his philosophical and
literary tracts, with the exception of his Lectures
and his communications to the Royal Society, were
scattered through so many and such diverging
channels of publication, as well as branched into
such varied lines, that they never were within the
reach of any one class of readers, nor ever in the
aggregate came before the public as proceeding
from him; to which may be added, that the
slightest reference to his non-professional works
will shew him, in these years, to have used
expressions studiously to conceal himself.
Of Dr. Young’s philosophical articles in the
Supplement to the Encyclopædia Britannica, some
of which contain the results of his most elaborate
investigations, the writer of the present memoir is
not competent to speak. Many of his biographical
sketches are admirably given; but he would
refer to the Life of Porson, not only as being in
itself a most masterly production, but as containing
a very interesting indication of some of Dr.
Young’s opinions, both on the value of classical
studies, and on the mechanism of the human
mind; and he would instance the dissertation on
“Languages” as containing the stupendous
collections he had made for the subject, when led
to it by reviewing Adelung’s Mithridates for the
Quarterly Review.
Early in 1817, Dr. Young having occasion to
visit a patient in Paris, was greatly pleased with
his reception in the scientific circles of that metropolis.
With the Baron Alexander Von Humboldt,
Messrs. Arage, Cuvier, Biot, and Guy Lussac,
he had made previous acquaintance in this country.
He found himself happy in renewing his
intercourse with these very eminent men, and
after his return to London, he went back to Paris
for a few weeks in the summer of the same year.
In 1818, he was appointed by a commission
under the Privy Seal, together with Sir Joseph
Banks, Sir George Clerk, Mr. Davies Gilbert,
Dr. Woollaston, and Captain Kater, a commissioner
for taking into consideration the state of the
weights and measures employed throughout Great
Britain. Dr. Young acted as secretary at the
meetings of this Board, and to the three Reports
which were laid before Parliament he furnished
both the scientific calculations, and the attached
account of the various measures customarily in use.
It seems right to state, that in pursuing these investigations
it was his opinion, that however theoretically
desirable it might be, that all weights
and measures should be reducible to a common
standard of scientific accuracy, yet that, practically,
the least possible disturbance of that to
which people had long been habituated was the
point to be looked to, and on this ground he was
extremely averse to unnecessary changes.
Towards the end of the year 1818, Dr. Young
was appointed secretary to the Board of Longitude,
with the charge of the supervision of the Nautical
Almanack, under a new Act of Parliament brought
in by Mr. Croker and Mr. Davies Gilbert; having
in the first instance been nominated in the Act as
one of the Commissioners, without his previous
knowledge. This appointment was to him a very
desirable one, though the labour in which it involved
him was great, as his anxiety to increase
his medical practice henceforth ceased, and it
made that the business of his life which had
always been his inclination.
He now discontinued his residence at Worthing,
and devoted the summer to a hasty tour into Italy,
an object which he always had in view. In about
five months he visited all the most remarkable
Italian cities, and amongst other objects of interest,
gave the first place to the examination of the
Egyptian monuments preserved in that country.
He returned to England by Switzerland and the
Rhine.
From the year 1820 to the end of his life, Dr.
Young continued to furnish a variety of astronomical
and nautical collections to Brande’s Philosophical
Journal, the greater part of which were
original, and others which were translated were
accompanied by his own comments.
In 1821, he published anonymously an “Elementary
Illustration of the Celestial Mechanics of
La Place, with some additions relating to the
motion of Waves and of Sound, and to the cohesion
of Fluids.” This volume, and the article “Tides,”
in the Supplement to the Encyclopædia Britannica,
were considered by him to have contained the
most fortunate of the results of his mathematical
labours. He proceeds in his own course and manner
of investigation, and uses his own processes,
and the great reach of mind displayed in these
works seems universally acknowledged; but whether
he have sufficiently established all the points
which he considered himself to have proved, remains
matter of dispute amongst those best qualified
to judge. They were spoken of in the highest
terms of praise by Mr. Davies Gilbert from the
Chair of the Royal Society; but there are some
amongst the most distinguished of surviving English
philosophers, who still think that his theory
of the Tides rests too exclusively on analogies,
and that many of the elements of the computation
are too much out of human reach to render the
boldness of the original thought susceptible of
being subjected to the severity of mathematical
deduction.
Dr. Young as a mathematician was of an
elder school, and was possibly somewhat prejudiced
against the system now obtaining, both
amongst the continental and the English philosophers;
as he thought the powers of intellect exercised
by a preceding race of mathematicians, were
in no small danger of being lost or weakened by
the substitution of processes in their nature mechanical.
The next year he went again to Paris, and in
1823 he published his “Account of some recent
Discoveries in Hieroglyphical Literature and Egyptian
Antiquities,” in which he gave his own original
alphabet, his translations from papyri, and
the extensions which that alphabet had received
from M. Champollion. This was the first
non-professional publication since 1804, to which he had
prefixed his name, and made open claim to his discoveries;
having, as stated in his Preface, now
attained his fiftieth year, and having at last
determined to throw off the shackles by which he had
hitherto considered himself to be bound by the
etiquette of a medical practitioner.
At this time he attempted to form a society
of about fifty subscribers, for the lithography of
a collection of plates of Egyptian antiquities,
subservient to the study of hieroglyphical literature.
This work was, however, entirely carried
on by Dr. Young, and was afterwards made over
to the Royal Society of Literature, and continued
during the remainder of his life, to be executed
under his supervision.
In 1824, he made an excursion to Spa and to
Holland; and on his return undertook the medical
responsibility and mathematical direction
of a society for life insurance. This was established
at a moment when a mania for joint stock
companies was springing up in England, and
which at the time was supposed to offer great pecuniary
advantages; but Dr. Young’s most scrupulous
regard to what he supposed the strictest
justice, never forsook him: he declined all participation
in the speculation, and confined himself
to the performance of the duties which he undertook.
The connexion however with this company
led him into new lines of research, in which he
took great interest. He contributed to the Royal
Society a “Formula for expressing the Decrement
of Human Life,” in a letter addressed to Sir
Edward Hyde East, which was published in the Philosophical
Transactions for 1826; and a “Practical
Application of the Doctrine of Chances,”
to Brande’s Philosophical Journal for October in
the same year; whilst he had a singular satisfaction
in witnessing the prosperity of the concern
in the department under his direction.
The year before this he removed from Welbeck-street
to a house which he had built in Park
Square in the Regent’s Park, where he continued
to reside during the remainder of his life, and
where, in a situation to which he was extremely
attached, he led the life of a philosopher, surrounded
by every domestic comfort, and enjoying
the pleasures of an extensive and cultivated society,
who knew how to appreciate him. He expressed
himself as having now attained all the main objects
which he had looked forward to in life as the subject
either of his hopes or his wishes. This end
being, to use his own words, “the pursuit of such
fame as he valued, or of such acquirements as he
might think to deserve it.”
In 1827, Dr. Young was elected one of the
eight foreign members of the Royal Institute of
France, and was much gratified, not only by the
honour conferred, but by being associated with so
many distinguished persons, with whom he had
long been in habits of correspondence and of
friendship.
His health had hitherto, with the exception of
the consumptive tendency which had visited him
in youth, been uninterrupted by a day’s serious
illness, and no person would have appeared as
giving a promise of greater longevity; but in 1828
there was a perceptible diminution of strength. In
that summer he went to Geneva, and appeared to
suffer what was to him an unusual degree of fatigue
on great bodily exertion, and his friends from that
time could not help remarking symptoms of age
which appeared to be on the increase, and which
contrasted strongly with the singular freedom from
complaint which he had hitherto enjoyed.
During the time that Dr. Young was abroad, the
general state of the finances of the country had
been submitted to the examination of a Committee
of the House of Commons. Amongst other things,
some of the severer economists had brought under
their consideration the construction and utility of
the Board of Longitude as being under the direction
of the Admiralty, and as giving an allowance of a
hundred pounds a year to certain professors of the
two universities, whose attendance was not often
called for. The committee did not consist of members
who were much acquainted with science; not
one scientific person was examined before them.
The amount of saving by the abolition of the only
salaries which the government of England held
forth for the encouragement of science, little if at
all exceeded £500 a year; and though many projects
which might not prove of utility were referred
by Government to this Board, yet the sums actually
expended through them on such as they might
conceive to be useful, had been extremely limited.
But on the recommendation of this committee a
bill was passed abolishing the Board, at the same
time permitting the Admiralty to retain the officer
entrusted with the calculations of the Nautical
Almanack.
Dr. Young continued to execute these duties;
but this singular, and as it should seem ill-advised
proceeding, caused great heart-burnings and discontent
in the scientific bodies, amongst those
who considered themselves or their friends treated
unhandsomely as well as illiberally, in the manner
in which their services had been dispensed with;
and the assistance of men of science was soon
found to be so indispensable to many departments
connected with the Admiralty, that a new council
of three members, consisting of Dr. Young, Captain
Sabine, and Mr. Farraday, was appointed for
the performance of the duties which had before
devolved upon the Board.
The discussions incident to this subject, and the
various reports which Dr. Young had in consequence
to draw up, together involved him in more
labour than the situation of his health rendered
him competent to perform without injury, and
exacerbated a complaint which it afterwards appeared
must have been long in progress, but
which now was bringing him rapidly to a state of
extreme debility.
He had from the month of February 1829, suffered
from what he considered repeated attacks of
asthma, and though he said little of it, as unwilling
to alarm those about him, was evidently uneasy
at the situation of his health. This gradually
deteriorated. He had in the beginning of April
great difficulty in breathing, with some discharge
of blood habitually from the lungs, and was in a
state of great weakness. His friends and physicians,
Doctors Nevinson and Chambers, considered
that there was something extremely wrong
in the action of the heart, as well as that the lungs
were very seriously affected.
Though thus under the pressure of severe illness,
nothing could be more striking than the
entire calmness and composure of his mind, or
could surpass the kindness of his affections to all
around him. He said that he had completed all
the works on which he was engaged, with the
exception of the rudiments of an Egyptian Dictionary,
which he had brought near to its completion,
and which he was extremely anxious to
be able to finish. It was then in the hands of
the lithographers, and he not only continued to
give directions concerning it, but laboured at it
with a pencil when, confined to his bed, he
was unable to hold a pen. To a friend who
expostulated with him on the danger of fatiguing
himself, he replied it was no fatigue, but a great
amusement to him; that it was a work which if
he should live it would be a satisfaction to him to
have finished, but that if it were otherwise, which
seemed most probable, as he had never witnessed
a complaint which appeared to make more rapid
progress, it would still be a great satisfaction to
him never to have spent an idle day in his life.
His last anxiety concerning the proceedings of
one or two persons who had made him the object
of reiterated attacks, in consequences of being
dissatisfied with the arrangements of the Nautical
Almanack, was, that nothing should go forth on
his part to increase irritation, and when papers
were sent him which went to enumerate and to
prove the errors, into which these individuals had
fallen, his desire was that they should be
suppressed.
In the very last stage of his complaint, in the last
lengthened interview with the writer of the present
memoir, his perfect self-possession was displayed
in the most remarkable manner. After some information
concerning his affairs, and some instructions
concerning the hieroglyphical papers in his
hands, he said that, perfectly aware of his situation,
he had taken the sacraments of the church on
the day preceding; that whether he should ever
partially recover, or whether he were rapidly taken
off, he could patiently and contentedly await the
issue: that he thought he had exerted his faculties
through life as far as they were capable of, but
that for the last eight years he had been careful of
straining them to more than he thought they could
compass without injury; that he had settled all
his concerns; that if his health had been continued
to him, he might have looked forward to the
prolongation of much that was to be enjoyed; but
that though he was in no other suffering than that
of great oppression and weakness, still that if life
were continued in the state he then was of inability
to any of his accustomed employments, he could
hardly wish it to be long protracted.
His illness continued with some slight variations,
but he was gradually sinking into greater and
greater weakness till the morning of the 10th of
May, when he expired without a struggle, having
hardly completed his fifty-sixth year. The disease
proved to be an ossification of the aorta, which must
have been in progress for many years, and every
appearance indicated an advance of age, not
brought on probably by the natural courses of time,
nor even by constitutional formation, but by unwearied
and incessant labour of the mind from the
earliest days of infancy. His remains were deposited
in the Vault of his wife’s family, in the
Church of Farnborough in Kent.
To delineate adequately the character of Dr.
Young would require an ability in some proportion
to his own, and must be ill supplied by one
incompetent to judge of the talents of a man, who
as a physician, a linguist, an antiquary, a mathematician,
scholar, and philosopher, in their most
difficult and abstruse investigations, has added to
almost every department of human knowledge that
which will be remembered to aftertimes—“who,”
as was justly observed by Mr. Davies Gilbert,
in his eloquent address to the Royal Society,
over which he so worthily presided, “came into
the world with a confidence in his own talents
growing out of an expectation of excellence entertained
in common by all his friends, which expectation
was more than realized in the progress of his
future life. The multiplied objects which he pursued
were carried to such an extent, that each
might have been supposed to have exclusively
occupied the full powers of his mind; knowledge
in the abstract, the most enlarged generalizations
and the most minute and intricate details, were
equally affected by him; but he had most pleasure
in that which appeared to be most difficult
of investigation.” The president added, that “the
example is only to be followed by those of equal
capacity and equal perseverance; and rather recommends
the concentration of research within
the limits of some defined portion of science, than
the endeavour to embrace the whole.”
Dr. Young’s opinion was, that it was probably
most advantageous to mankind, that the researches
of some inquirers should be concentrated within
a given compass, but that others should pass
more rapidly through a wider range—that the
faculties of the mind were more exercised, and
probably rendered stronger, by going beyond the
rudiments, and overcoming the great elementary
difficulties, of a variety of studies, than by employing
the same number of hours in any one pursuit—that
the doctrine of the division of labour, however
applicable to material product, was not so
to intellect, and that it went to reduce the dignity
of man in the scale of rational existences. He
thought it so impossible to foresee the capabilities
of improvement in any science, so much of accident
having led to the most important discoveries,
that no man could say what might be the comparative
advantage of any one study rather than
of another; and though he would scarcely have
recommended the plan of his own as the model of
those of others, he still was satisfied in the course
which he had pursued.
It has been said, that the powers of imagination
were the only ones of which he was destitute.
From the highly poetical cast of some of his early
Greek translations, this is at least doubtful. It
might, perhaps, have been said more justly, that
he never cultivated the talent of throwing a brilliancy
on objects which he had not ascertained to
belong to them. Dr. Young was emphatically a
man of truth. The truth, the whole truth, and nothing
but the truth, was the end at which he aimed
in all his investigations, and he could not bear,
in the most common conversation, the slightest
degree of exaggeration, or even of colouring. Now,
all exercise of what is ordinarily called imagination,
is the figuring forth something which, either
in kind or in degree, is not in truth existent; and
whether originally gifted with this faculty, or otherwise.
Dr. Young would, on principle, have abstained
from its indulgence.
To sum up the whole with that which passes
all acquirement, Dr. Young was a man in all the
relations of life, upright, kind-hearted, blameless.
His domestic virtues were as exemplary as his
talents were great. He was entirely free from
either envy or jealousy, and the assistance which
he gave to others engaged in the same lines of
research with himself, was constant and unbounded.
His morality through life had been pure,
though unostentatious. His religious sentiments
were by himself stated to be liberal, though orthodox.
He had extensively studied the Scriptures,
of which the precepts were deeply impressed
upon his mind from his earliest years; and he
evidenced the faith which he professed, in an
unbending course of usefulness and rectitude.
1. A short Note on Gum Ladanum, with a verbal Criticism
on Longinus, signed with his initials, and inserted in the Monthly
Review for 1791, seems to have been his first appearance before
the Public. The criticism was admitted by Dr. Burney to be
correct.
2. In the Gentleman’s Magazine for April 1792, Observations
on the Manufacture of Iron: an attempt to remove some
objections to Dr. Crawford’s theory of Heat, which had been
advanced by Dr. Beddoes.
3. Entomological Remarks; Gentleman’s Magazine, December
1792: on the habits of Spiders; on a passage of Aristotle,
with an illustration of the Fabrician System; and a plate of the
mouth of an insect.
4. Observations on Vision: Philosophical Transactions, 1793,
p. 169, explaining the accommodation of the Eye, from a muscular
power in the crystalline lens—a theory not altogether new,
but immediately afterwards claimed by John Hunter, as a discovery
of his own.
5. Contributions to Hodgkin’s Calligraphia Græca, 4to.
London, 1794; including Lear’s Curses in Iambics.
6. Description of an Opercularia. Linnæan Transactions,
Vol. III. p. 30. London 1797: read in 1794. The Opercularia,
Aspera of Gaertner, called by Persoon, Cryptospermum Youngii,
from the name here suggested.
7. Some Notes and an Epigram, in Dalzel’s Collectanea
Græca, 8vo. Edinburgh, 1795.
8. De Corporis Humani viribus oonservatricibus, Dissertatio,
8vo. Gottingen, 1796: an Inaugural Dissertation, collected
from a multiplicity of authors.
9. Translation of Lichtenstein on the Genus Mantis. Linnæan
Transactions, Vol. VI. p. 1.: read in 1797.
10. The Leptologist. British Magazine, 1800: a series of
Essays on Grammar, Criticism, Geometry, Paintings, Manners,
Riches, Exercises, Medicine, and Music; some of them reprinted
afterwards.
11. 12. There is also an account of the French Calendar and
Measures, and an Essay on the Morals of the Germans.
13. Experiments and Enquiries respecting Sound and Light.
Philosophical Transactions, 1800, p. 106: the vibrations of the
air observed by means of smoke; those of strings counted, and
their orbits observed with a microscope; their harmonics suppressed
at pleasure.
14. A Bakerian Lecture on the Mechanism of the Eye.
Philosophical Transactions, 1801, p. 23: describing a new
Optometer, and shewing that the eye retains its power of accommodation
under water; measuring also the dispersive power
of the eye. (Dr. Y. remarks, that he “afterwards found that
his own eye lost almost the whole of its power of accommodation
soon after fifty, remaining fixed at its greatest focal distance.”)
15. A Letter respecting Sound and Light. Nicholson’s
Journal, August 1801, in answer to Professor Robison, of
Edinburgh.
16. A Syllabus of a Course of Lectures on Natural and
Experimental Philosophy; 8vo. London, 1802: presenting a
Mathematical Demonstration of the most important Theorems
in Mechanics and in Optics; and containing the first publication
of the general law of the Interference of Light, which
has been considered as the happiest result of all the Author’s
efforts. It was not till the year 1827, that the importance of
this law could be said to be fully admitted in England: it was
in that year that the Council of the Royal Society, adjudged
Count Rumford’s Medal to M. Fresnel, for having applied it, with
some modifications, to the most intricate phenomena of polarized
light.
17. A Bakerian Lecture on the Theory of Light and Colours;
Phil. Trans. 1802, p. 12, developing the law of Interference, and
entering into all the details of the theory to which it leads;
dwelling, at the same time, upon the difficult points, with somewhat
more of candour than might have been consistent with his
object, had he been anxious to obtain proselytes.
18. An Account of some Cases of the Production of Colours,
p. 387, containing a simpler statement of some applications of
the same law, intended to exhibit the facts in a more concentrated
form.
19. A Reply to Mr. Gough’s Remarks. Nicholson, November
1802, p. 1. This Letter, together with some subsequent
Correspondence, relates principally to the coalescence or composition
of Sounds, affording an analogy to the interference of
Light.
20. Journals of the Royal Institution, 8vo. London, 1802–3.
A first volume, and part of a second, were edited, and chiefly
written, by Dr. Young.
21. Experiments and Calculations relative to Physical Optics.
Phil. Trans. 1804, p. 1. Another Bakerian Lecture, continuing
the demonstration and the application of the law of Interference.
22. A Reply to the Animadversions of the Edinburgh Reviewers,
8vo. 1804:—a defence of the Papers printed in the
Transactions against two articles supposed to have been written
by Mr. Brougham.
23. To an Imperial Review, which was an unsuccessful
speculation of some booksellers in 1804, he contributed several
medical and some other miscellaneous articles. The works that
he reviewed were, Dumas Phisiologie, Darwin’s Temple of
Nature, Blackburn on Scarlet Fever, Percival’s Medical Ethics,
Fothergill’s Tic Douloureux, Crichton’s Table, Nisbet’s Watering
Places, Rowley on Madness, Hutton’s Ozanum, Buchan on
Sea-Bathing, Robison’s Astronomy, Winterbottom’s Sierra Leone,
Macgregor’s Medical Sketches, Wilson’s Philosophy of Physic,
Richerand’s Physiology, and Joyce’s Scientific Dialogues.
24. An Essay on the Cohesion of Fluids. Phil. Trans. 1805,
p. 71, containing many of the results which were published as
new about a year afterwards, by La Place. The mathematical
reasoning, for want of mathematical symbols, was not understood,
even by tolerable mathematicians; from a dislike of the
affectation of algebraical formality, which he had observed in
some foreign authors, he was led into something like an affectation
of simplicity, which was equally inconvenient to a scientific
reader.
25. A Course of Lectures of Natural Philosophy
and the Mechanical Arts; two volumes, 4to. London,
1807. This elaborate work was the result of the unremitting
application of five years; two, whilst the Author was engaged in
giving the Lectures at the Royal Institution, and three more in
compiling the mass of references contained in the second volume,
and in incorporating their results, when requisite, with the text
of the first. By means of numerous plates, and by indexes of
various kinds, he had endeavoured to render the book as convenient
for occasional reference, as it was correct for the purposes
of methodical study. (The failure of the booksellers who
published this work, at the moment of its appearance, so greatly injured
its sale at the time, that it did not repay the expenses of
the publication; and Dr. Young considered that his labours
were first generally appreciated by the Natural Philosophers of
the Continent.)
26. Remarks on Looming, or Horizontal Refraction. Nicholson,
July 1807, p. 153, supplying some deficiencies in Dr.
Wollaston’s Theory, particularly with regard to the occurrence
of actual Reflection.
27. A Table of Chances, with remarks on Waves. Nicholson,
Oct. 1807, p. 116.
28. A Theory of Covered Ways and Arches. Nicholson,
Dec. 1807, p. 24.
29. Remarks on a Pamphlet of Professor Vince. Nicholson,
April 1808, p. 304; pointing out the mathematical fallacy of the
Professor’s supposed refutation of the hypothesis of Newton respecting
the cause of Gravitation.
30. Calculation of the rate of Expansion of a supposed Lunar
Atmosphere. Nicholson, June 1808, p. 117.
31. Determination of the Figure of a gravitating Body.
Nicholson, June 1808, p. 208.
32. Calculation of the Attraction of a Spheroid. Nicholson,
August 1808, p. 273.
33. A Review of Sinclair on Longevity. British Critic.
34. Abstracts and Criticisms in the “Retrospect,” about
1808 and 1809.
35. Hydraulic Investigations. Phil. Trans. 1808, p. 164;
principally subservient to an intended Croonian Lecture.
36. A Syllabus of a Course of Lectures on the
Elements of the Medical Sciences; 8vo. London, 1809.
These Lectures were delivered for two seasons at the Middlesex
Hospital. (Dr. Young remarks, that “they were little frequented,
on account of the usual miscalculation of the Lecturer, who
gave his audience more information in a given time, than it was
in their power to follow.”)
37. Computation of the Depression of Mercury in the Barometer.
Nich. March 1809, p. 215. Continuation of the
Paper on the Cohesion of Fluids, Oct. p. 81.
38. Remarks on the Friction of Wheels, in Buchanan’s Essay
on Wheel-work, 8vo. Glasgow, 1809.
39. A Croonian Lecture on the Heart and Arteries. Phil.
Trans. 1809, p. 1: attempting to demonstrate, on Mathematical
principles, that the larger arteries can have little or no concern
in propelling the blood by their active muscular powers.
40. A Numerical Table of Elective Attractions. Phil. Trans.
1809, p. 148: with remarks on the sequences of double decompositions,
shewing that if numerical expressions of electric
attractions are possible, their effects in double decompositions
may be compendiously expressed by tables of sequences only.
41. A Memoria Technica for Elective Attractions, in a few
Latin hexameters. Nich. April, 1809.
42. Account of the Pharmacopeia Londinensis, in Cumberland’s
London Review, 1810.
43. To the earlier Volumes of the Quarterly Review he contributed
a variety of Articles, which frequently, according to
the custom of modern times, contained more of original research
than of immediate criticism. To Vol. I. La Place, Action
Capillaire. Vol. II. Haslam, Pinel, Cox, and Arnold, on
Insanity; La Place, Refraction Extraordinaire. Vol. III.
Herculanensia; Jones on the Gout; Memoires d’Arcueil. Vol. VI.
Cuthbert on the Tides. Vol. VIII. Davy’s Chemical Philosophy.
Vol. IX. Blackall on Dropsies. Vol. X. Adelung’s
Mithridates; Göthe on Colours. Vol. XI. Malus. Biot.
Seebeck and Brewster, on Light; Bancroft on Dying; Davy’s
Agricultural Chemistry; Adams on Ectropium. Vol. XIII.
Wells on Dew. Vol. XIV. Jamieson and Townsend on Languages;
Pym and Fellowes on Yellow Fever, an article
printed, but not published in the Work. Vol. XIX. p. 411.
Restoration and Translation of the Inscription on the Sphynx.
44. Berzelius on Definite Proportions, from the German,
appeared in several successive numbers of the Philosophical
Magazine, from January 1813 to April 1814.
45. A Theory of the Tides. Nicholson, July–Aug. 1813.
46. An Introduction to Medical Literature, including
a System of Practical Nosology, 8vo. London, 1813:
a work of considerable labour, though far less arduous than the
“Natural Philosophy.” The Appendix contains an abstract of
Berzelius’s Animal Chemistry, from the Swedish. To a second
edition, published in 1828, were added the References to later
Journals, and an Essay on Palpitations, which first appeared in
the fifth Volume of the Medical Transactions of the College of
London.
47. Remarks on the Employment of Oblique Riders, and on
other Alterations in the construction of Ships. Phil. Trans.
1814, p. 303; the substance of a Report before presented to
the Board of Admiralty, relating to Sir Robert Sepping’s
Improvements, with some additional illustrations.
48. An Investigation of the Thrust of soft Substances.
Hutton’a Mathematical Dictionary, Edition 2, 1815. Article,
Pressure.
49. A Practical and Historical Treatise on Consumptive
Diseases: 8vo. London, 1815; being a condensed
abstract of every thing recorded to have been said or done,
with regard to Consumption. Particular circumstances had
pressed the publication of this Work within nine months after it
had been commenced.
50. In the eighteenth Volume of the Archæologia, London,
1815, appeared some Remarks on Egyptian Papyri, and on the
Inscription of Rosetta, annexed to a communication made
by Sir William Edward Rouse Boughton, Bart. They contain
an interpretation of the principal parts of both the Egyptian
Inscriptions on the Pillar found at Rosetta, and consequently
a Key to the lost Literature of ancient Egypt;
though, for professional reasons, the discovery was made public
with as little parade as possible.
51. Extracts of Letters and Papers relating to the Egyptian
Inscription of Rosetta, in the Museum Criticum of Cambridge,
Part VI. 8vo. 1815; a Correspondence with MM. Silvestre de
Sacy, and Akerblad.
52. An Investigation of the Pressure sustained by the fixed
supports of flexible Substances. Phil. Mag. Sep. 1813, applied
to the Hoops of Casks, and to Dock Gates.
53. An Algebraical Expression of the Values of Lives. Phil.
Mag. Jan. 1816, with a Diagram.
54. Account of some Thebaic Manuscripts, written on
leather. Legh’s Narrative, 4to. London, 1816.
55. Additional Letters relating to the Inscription of Rosetta;
the first addressed to the Archduke John, who had lately been
in England; the second to M. Akerblad, Museum Criticum
VII. The Letters were printed and distributed in 1816; the
Journal was not published till 1821. They announce the
Discovery of the relation between the different
kinds of Egyptian Letters, or Characters—the basis
on which the system of M. Champollion was afterwards erected.
56. Letters of Canova, and two Memoirs of Visconti, translated
from the French and Italian. 8vo. London. 1816. A
volume of 200 pages, which was completed in twelve days;
together with remarks on an error of Delambre, which was
afterwards confuted more at large by Mr. Cadell.
57. It was in 1816, that Dr. Young complied, with an application
made to him by Mr. McVey Napier, to write some articles
for a Supplement to the Encyclopædia Britannica, conducted
under the superintendence of that gentleman, and completed in
1825.
The Articles which he furnished were: Atwood — Addendum to Annuities
— Bathing — G. Beccaria — Bloch — Borda — Boulton — Bramah —
Bridge — Brisson — Bryant — Camus — Notes
on Carpentry — Cavallo — Cavendish — Chromatics — Cohesion —
Condamine — Coulamb — Dolland — Dolomieu — Duhamel — Egypt
— Fermat — Fluents — F. Fontana — G. Fontana — J. R. Forster — J. G. A.
Forster — Fourcroy — Frisi — Guyton de Morveau — Herculaneum —
Hydraulics — Ingehousz — Lagrange — La Lande — Lambert — Languages —
Lemmonier — Luc — Malus — Maskelyne — Mason — Mechain — Messier — Orme —
Pallas — Pauw — Porson — Preservers of Life — Road-making — Robison —
Rush — Steam-Engine — Tennant — Thomson — Count Rumford — Tides — Tooke —
Wakefield — Watson — Weights and Measures — Polarization by Arago,
translated, with Notes, In all, about sixty-three articles, each
marked with two different letters. (These were two consecutive letters
of the sentence “Fortunam ex aliis;” the u in fortunam being
sometimes printed as a v.)
58. Remarks on some Theorems relating to the Pendulum.
Phil. Trans. 1818, p. 95, in a Letter to Captain Kater.
59. Translation of some Greek Inscriptions. Light’s Travels.
4to. London, 1818.
60. Specimen of a Greek Manuscript in the possession of
the Earl of Mountmorris, 1819. Archæologia, vol. XIX. This
may possibly have been a pawnbroker’s account: another piece
nearly resembling it was sent by Mr. Salt to the British Museum.
61. Remarks on the Probabilities of Error in Physical Experiments,
and on the Density of the Earth, considered
especially with regard to the reduction of Experiments on the
Pendulum. Phil. Trans. 1819, p. 70, computing the density of the
earth, upon the supposition of the commpression of a homogeneous
elastic substance only.
62. Dr. Young edited the Nautical Almanac, from the year
1819, for the remainder of his life.
63. Remarks on Laplace’s latest Computation of the Density
and Figure of the Earth. Brando’s Journal, April 1820;
determining the Ellipticity, on the supposition of a compressed
elastic substance.
64. Dr. Young furnished quarterly, for many years, to
Brande’s Philosophical Journal, about twenty pages of
Astronomical and Nautical Collections, beginning in 1820; the
greater part either original or translated by himself.
65. Appendix to the second edition of Belzoni’s Travels,
4to. London, 1821.
66. Elementary Illustration of the Celestial
Mechanics of Laplace, 8vo. London, 1821; with some additions
relating to the motions of Waves, and of Sound, and to
the cohesion of Fluids. (This volume, and the article “Tides,”
in the Supplement to the Encyclopædia Britannica, Dr. Young
considered as together containing the most fortunate of the
results of his mathematical labours.)
67. An Account of some recent Discoveries in
Hieroglyphical Literature and Egyptian Antiquities, including
the author’s original Alphabet, as extended by M.
Champollion, 8vo. London, 1823; with a translation of some
Greek Manuscripts on Papyrus, the most remarkable of which
was Mr. Grey’s “Antigraph” of an Egyptian original then
lying on his table; the discovery of which singular coincidence
was the immediate cause of the publication of the volume.
68. Hieroglyphics, collected by the Egyptian Society, folio.
London, 1823—a collection of Plates of Egyptian Antiquities
subservient to the study of Hieroglyphical Literature,
lithographized at the expense of about fifty subscribers, but not at
that time publicly sold. The second number, plates 16 to 40,
contains nearly all that was known of the interpretation of the
Hieroglyphics, the evidence for each word being exhibited in a
comparative Index.
(This work was entirely carried on by Dr. Young; but the
subscriptions not being adequate to the expenses, it was afterwards
made over to the Royal Society of Literature, he undertaking
to continue the supervision as before.)
69. A finite and exact Expression for the Refraction of an
Atmosphere nearly resembling that of the Garth. Phil. Trans.
1824, p. 159; a computation derived from an optical hypothesis
not exactly agreeing with the probable height of the physical
atmosphere, but affording correct results.
70. Remarks on Spohn and Seyffarth. Brande’s Phil. Journal,
Oct. 1826, in a Letter addressed to the Baron William Von
Humboldt.
71. A Formula for expressing the Decrement of Human Life;
in a Letter addressed to Sir Edward Hyde East, Bart. Phil.
Trans. 1826, intended to render the interpolation from the
best observations more regular: it is followed by a correction of
Dr. Price’s mistake, rejecting the periodical payments of
annuities.
72. Practical Application of the Doctrine of Chances, as it
regards the subdivision of Risks. Brande’s Phil. Journ. Oct.
1826; shewing the Limitations under which Speculations on
Probabilities may be conducted with prudence.
73. Remarks on Mr. Peyron’s Account of the Egyptian
Papyrus. Brande’s Phil. Journ. Jan. 1827—the great Greek
Papyrus of Turin: in which Mr. Grey’s three contracts are
cited and explained,—not two of them only, as had been supposed
by Mr. Peyron.
The following Articles, of a later date than those contained in
the above Catalogue, are known to have been written by Dr. Young.
74. Hieroglyphical Fragments. Brande’s Philosophical Journal,
April–June, 1827.—Hieroglyphical Fragments; with some
Remarks on English Grammar: in a Letter to Baron William
Von Humboldt. Brande’s Phil. Journal, July–September,
1827.—Hieroglyphical Fragments, illustrative of Inscriptions
preserved in the British Museum; with some Remarks on M.
Champollion’s Opinions: in a Letter to the Cavalier San
Quintino. Brande’s Phil. Journal, October–December, 1827.—Hieroglyphical
Fragments. Brande’s Phil. Journal, January–March,
1828.
75. A Letter to M. Arago, relating to M. Champollion’s
Discoveries: dated, Geneva, July 1828. Inserted in the Classical
Journal, No. 75.
76. Comparison of different Tables of Mortality. Brande’s
Phil. Journal, December 1828.
77. Letter to Mr. Bailey, April 1829.
78. A Translation of Fresnel’s Elementary View of the Undulatory
Theory of Light. In various Numbers of Brande’s Phil.
Journal; commenced in January 1827, and concluded in April
1829.
79. Dr. Young left also—Rudiments of an Egyptian
Dictionary in the ancient Enchorial Character; containing all the
Words of which the Sense has been ascertained. Intended as
an Appendix to Mr. Tattam’s Coptic Grammar.
(This Work was under the hands of the Lithographer at the
time of his death.)
LONDON:
Printed by J. L. Cox, Great Queen Street,
Lincoln’s-Inn Fields.