Electricity In Edwardian Era: A Historical Perspective

The idea of ancient Egypt and electricity has captivated many, with theories suggesting that ancient Egyptians had access to electricity and harnessed its power. However, these theories are largely speculative and lack concrete evidence. While ancient Egyptians achieved remarkable feats in construction, metallurgy, and engineering, there is no archaeological evidence of electrical devices, wiring, or infrastructure in their history. The theories surrounding electricity in ancient Egypt reflect a modern fascination with this sophisticated civilization, but the evidence suggests that their advancements were rooted in their mastery of available resources and symbolic expression, rather than modern technologies like electricity.

The Baghdad Battery

However, some archaeologists dispute the idea that the artefact was a battery at all. Professor Elizabeth Stone of Stony Brook University stated in 2012 that she did not know any archaeologists who believed the objects were batteries. Paul T. Keyser of the University of Alberta also supported this claim, arguing that the voltage produced by the battery would be too weak to be used for electroplating. Instead, Keyser suggested that the battery was used for mild electrotherapy, such as pain relief or electroacupuncture.

Ancient Egyptian electroplating

The existence of Ancient Egyptian electroplating has been a topic of discussion since the 1930s, when Walter Konig discovered what is now called the Baghdad Battery. It is believed that the Ancient Egyptians used electroplating as a development that came after their use of solar electricity.

Electroplating is a process that uses electricity to coat one material with a thin layer of another material. In the case of Ancient Egypt, it is believed that they used electroplating to coat objects with gold or silver. This theory is based on the discovery of ancient Iraqi objects plated with very thin layers of gold, as well as ancient Egyptian vases coated with antimony.

One of the most well-known examples of potential Ancient Egyptian electroplating is the Baghdad Battery. This battery is believed to have been a galvanic cell used for electroplating gold onto silver objects. However, this interpretation has been rejected by archaeologists and scientists who believe that the corrosion of the metal and tests indicate the presence of an acidic agent such as wine or vinegar, rather than an electric current.

Despite this, some experiments with models of the Baghdad Battery have produced between 3 and 5 volts, which, while not much compared to modern standards, may have been enough to power something thousands of years ago. Additionally, a 1978 experiment by Arne Eggebrecht successfully reproduced the electroplating of gold onto a small statue.

Furthermore, it is believed that the Ancient Egyptians had access to a primitive form of solar power, which may have been used to generate the electricity needed for electroplating. They are thought to have used obsidian, a type of volcanic glass, to construct simple solar cells using hand-drawn copper wire.

While the evidence for Ancient Egyptian electroplating is intriguing, it is important to note that there are still many unknowns and ongoing debates surrounding this topic.

The Dendera Light

However, most Egyptologists interpret the Dendera Light differently when considering the accompanying inscriptions and other images. Dr. Wolfgang Waitkus, for example, translates the texts surrounding the images as referring to the myth of Harsomtus, with no mention of light bulbs. Additionally, no physical evidence of ancient Egyptian electrical technology has been discovered, and archaeologist Kenneth Feder argues that if such advanced technology existed, some light bulb remains would have been found during archaeological excavations.

Some proponents of the electrical lamp interpretation suggest that the "light bulbs" are actually lotus flower bulbs, giving birth to the god Ihy, who according to myth, sprang into existence from a lotus flower at the beginning of each year. They also propose that the reliefs describe a three-stage ritual process involving the "bulb", a kneeling figure, and a Djed pillar, which may have created a small amount of light during New Year celebrations.

Solar power

The idea of ancient Egypt and electricity is a captivating concept, but it remains a speculative theory unsupported by concrete evidence. Ancient Egyptians achieved remarkable feats in construction, metallurgy, and engineering, but there is no evidence of electrical devices or systems in their archaeological record.

The "Dendera Light" refers to carvings in the Temple of Hathor at Dendera, which some interpret as depicting electric lamps with cables extending from bulbs, indicating electrical wiring. However, mainstream Egyptology views these carvings symbolically, with the "bulb" representing a lotus flower and the "cable-like structures" as symbolic stems. The Baghdad Battery, a clay jar that may have functioned as a simple galvanic cell, has also been suggested as evidence of ancient Egyptian electricity, but there is no direct link to Egyptian technology.

The ancient Egyptians likely understood static electricity and may have generated sparks. They were highly skilled in using and manipulating available resources and symbolic expression, as evidenced by their advancements in construction, such as the use of ramps and levers, and the development of Mediterranean maritime technology.

While the ancient Egyptians did not have electricity as we know it today, their ingenuity and mastery of resources continue to captivate and inspire curiosity about their civilization.

Thales of Miletus

While there is no concrete evidence that the ancient Egyptians had electricity, there are several theories and speculations that suggest they might have had access to some form of electrical power. Some sources mention the "Dendera Light", which refers to carvings in the Temple of Hathor at Dendera that some interpret as depicting electric lamps. The "Baghdad Battery", a clay jar found in modern-day Iraq that may have functioned as a simple galvanic cell, is also cited as evidence of ancient Egyptian electricity. However, these theories are often based on misinterpretations of symbolic art and cultural artifacts, and there is no direct evidence linking them to ancient Egyptian technology.

Now, let's shift our focus to Thales of Miletus, an Ancient Greek pre-Socratic philosopher from Miletus in Ionia, Asia Minor. Thales is known for his contributions to mathematics, science, and deductive reasoning, breaking away from the use of mythology to explain the world and instead embracing natural philosophy. He is credited with the first historical reference to static electricity, observing that amber attracts lightweight materials when rubbed. Thales also experimented with lodestone (magnetite) and discovered its magnetic properties, including its ability to attract iron.

Thales is described as one of the Seven Sages, the founding figures of Ancient Greece. He is known for his influential view that all of nature is based on a single ultimate substance, which he theorized to be water. Thales believed that the Earth floated on water, and his ideas about the natural world extended to his religious beliefs. According to Cicero, Thales held that water was the principle of all things and that God, the oldest of all beings, shaped and created everything from water.

The dates of Thales's life are not exact but are roughly estimated to be between 626/623 BC and 548/545 BC. Herodotus, writing in the 5th century BC, mentions Thales's prediction of a solar eclipse in 585 BC, which helps establish a timeframe for his life. Thales's impact on philosophy, science, and religion laid the foundation for future thinkers and contributed significantly to the advancement of knowledge in Ancient Greece and beyond.

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