THREE:Meanwhile Lord Howe had been on the look-out some time for the French fleet, which, it was understood, was about to leave Brest, in order to meet a convoy of merchant ships from the West Indies, and aid it in bringing that trade fleet into port. On reaching Brest, however, he discovered that the French fleet had sailed, and it was not till the 28th of May that he caught sight of it out at sea, opposite the coast of Brittany. The French fleet, commanded by Admiral Villaret Joyeuse, was greatly superior to Howe's in ships, number of seamen, and weight of metal. Howe had twenty-five sail of the line and five frigates, carrying two thousand and ninety-eight guns, in weight of metal twenty-one thousand five hundred and nineteen pounds, and sixteen thousand six hundred and forty-seven men. Joyeuse, now joined by Admiral Neilly, had twenty-six line-of-battle ships and smaller vessels, carrying two thousand one hundred and fifty-eight guns, in weight of metal twenty-five thousand five hundred and twenty-one pounds, and nineteen thousand eight hundred and twenty-eight men. After some skirmishing, on the 1st of June"the glorious first"Howe came to close quarters with the enemy, who was compelled to fight by the presence of the Conventional Commissioner Bon St. Andr. He ordered his fleet to follow his ship, the Charlotte, in cutting right through the enemy's line. Only five ships, however, accomplished this so as to engage the French to the leeward, and prevent them from escaping. Howe afterwards complained that some of his captains had not obeyed his orders, and threatened them with a court-martial; but some replied that their ships were in such bad sailing condition that they could not effect this movement, and others that they did not understand the signal. Thus, five vessels fighting to the leeward, and the rest to the windward, the battle raged furiously from nine in the morning till three in the afternoon, when the French admiral sheered off for Brest, leaving behind seven of his finest vessels in the hands of the British. The British lost in the action two hundred and seventy-nine men, and had eight hundred and seventy-seven wounded. The French lost in six of the captured ships alone six hundred and ninety men, and had five hundred and eighty wounded. The seventh, the Vengeur, went down almost as soon as the British flag was hoisted on her, with, it is supposed, three hundred men in her. Altogether, it is likely that the French did not lose less than fifteen hundred men, besides wounded, and two thousand three hundred prisoners. The British lost a number of officers, who were either killed in the battle or died afterwards of their injuries Amongst these were Sir Andrew Douglas, second captain of Howe's own ship; Captains Montagu of the Montagu, Hutt of the Queen, and Harvey of the Brunswick; Rear-Admirals Pasley of the Bellerophon, and Bowyer of the Barfleur. Admiral Graves and Captain Berkeley were severely wounded. Howe made every effort to pursue and bring the French admiral again to action; but, owing to the bad sailing qualities of English ships at that time, and the shattered state of many of them, he could not overtake Villaret, who made the best of his way to Brest. During the remainder of the year there were various engagements between small squadrons in different quarters, in which the advantage generally remained with the British, besides the training thus afforded to the officers and sailors for the mighty victories which awaited them.In the galaxy of illustrious names that shed light upon this age, not the least conspicuous is that of Mary Somerville, who is known in British[431] science not only as the able commentator of Laplace's "Mcanique Cleste," but as the author of some ingenious experiments on the magnetising power of the violet ray, and on the permeability of different bodies to the chemical rays, similar to those of Melloni on the heating rays; and she found great and seemingly capricious variations in this respect. The beautiful invention of the stereoscope, one of the most interesting contributions made to the theory of vision, was the work of Mr. Wheatstone, who published an account of it in the "Philosophical Transactions" of 1838. In connection with experiments of this class should be mentioned the invention of the daguerreotype, or the production of permanent pictures on plated copper, in 1825, which was brought to perfection in 1839 by Daguerre, whose name it bears. About the same time Henry Fox Talbot applied himself to similar experiments, and invented the calotype, or the production of permanent pictures on paper; and by a subsequent invention he obtained what he justly called "an instantaneous process." The science of photography was, however, in its infancy.
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