Magnetic Pole Collection

Magnetic repulsion. The iron filings sprinkled between these two bar magnets reveal the shape of the repulsive magnetic field between them

A woodcut engraving depicting perpetual motion by magnetism. A is a spherical magnet with its poles on either side
5311359 A woodcut engraving depicting perpetual motion by magnetism. A is a spherical magnet with its poles on either side. A piece of iron lies at D and is attracted up the slide C B to E

Magnetism, 1600. A terrella or globe-shaped magnet with lumps of iron to represent mountains and showing the north-seeking property of a magnetic needle. From De Magnete by William Gilbert

A magnetized needle pushed through a ball of cork, floating submerged in a goblet of water, 1600. The needle shows the dip and the direction of the magnetic pole. From De Magnete by William Gilbert

Magnetic field, artwork C017 / 7656
Magnetic field. Compute artwork of two horseshoe magnets showing the magnetic field around them. The magnets are aligned so that the opposite poles, which attract each other, are facing each other

Magnetic field, artwork C017 / 7657
Magnetic field. Compute artwork of two bar magnets showing the magnetic field around them. The magnets are aligned so that the opposite poles, which attract each other, are facing each other

Attraction between unlike magnetic poles. Clumping of iron filings in the presence of the magnetic field produced the two horseshoe magnets with their unlike poles aligned (labelled N, north, and S)

Repulsion between like magnetic poles. Clumping of iron filings in the presence of the magnetic field produced by two like poles of two bar magnets. This results in magnetic repulsion

Magnet and magnetic field pattern. Clumping of iron filings in the presence of a horseshoe magnet and its magnetic field. The opposite magnetic poles are labelled N (north) ands (south)

Magnetic field, artwork C017 / 7655
Magnetic field. Compute artwork of two horseshoe magnets showing the magnetic field around them. The magnets are aligned so that the opposite poles, which attract each other, are facing each other

Magnetic field experiment, 19th century
Magnetic field experiment. Apparatus for enabling magnetic field lines to be seen in 3D and projected onto a screen. Glycerine

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"Unveiling the Mysteries of Magnetic Poles: A Journey through Centuries" In 1600, the world witnessed a remarkable discovery that would forever change our understanding of magnetism. The concept of magnetic repulsion emerged, captivating scientific minds and paving the way for groundbreaking explorations. One such experiment involved a magnetized needle being pushed through a ball of cork, causing it to float submerged in a goblet of water. This astonishing phenomenon demonstrated the invisible force at play – magnetism. Illustrated in Le Rire's color lithograph from that era, this pivotal moment showcased humanity's fascination with unraveling the secrets held within magnets. Scientists delved deeper into their properties and sought to comprehend their influence on objects around them. The year 1600 marked an important milestone as researchers began mapping out magnetic fields. Artwork C017/7656 and C017/7657 visually depicted these intricate patterns, shedding light on how magnets interacted with their surroundings. Moreover, scientists observed another intriguing aspect: attraction between unlike magnetic poles and repulsion between like ones. This revelation further solidified our comprehension of these enigmatic forces governing magnets' behavior. As we gaze upon mesmerizing illustrations showcasing both magnets themselves and their accompanying magnetic field patterns, we are reminded of the immense power they possess. These captivating visuals serve as constant reminders that there is still much more to explore in this realm. Centuries have passed since those early discoveries; yet even today, we find ourselves captivated by magnetic poles' allure. From ancient compasses guiding sailors across vast oceans to modern technological advancements harnessing magnetism's potential – its impact remains undeniable. So let us continue our quest for knowledge about these fascinating phenomena - diving deep into the mysteries concealed within each tiny fragment of matter holding its own unique polarity - as we unlock new frontiers in science and innovation.