Author: GREEK WORLD MEDIA

A Greek architect wants to twist up the famed New York City skyline with a building that will be not only amongst the world’s tallest— but also the world’s longest.

A firm called Oiio, run by Yiannis Oikonomou with offices in New York City and Athens has proposed The Big Bend, an inverted U-shaped structure that would twist in the sky, forever reshaping the skyline just south of Central Park, known as “Billionaire’s Row” and the entire cityscape.

We have become familiar with building height measurements. We usually learn about the latest tallest building and we are always impressed by it’s price per square foot. It seems that a property’s height operates as a license for it to be expensive.

New York city’s zoning laws have created a peculiar set of tricks trough which developers try to maximize their property’s height in order to infuse it with the prestige of a high rise structure. But what if we substituted height with length? What if our buildings were long instead of tall?

If we manage to bend our structure instead of bending the zoning rules of New York we would be able to create one of the most prestigious buildings in Manhattan. The longest building in the world. The Big Bend can become a modest architectural solution to the height limitations of Manhattan. We can now provide our structures with the measurements that will make them stand out without worrying about the limits of the sky.

It all sounds like an interesting concept, right?

And that, it remains: a concept. It seems highly unlikely that a project like this would ever get off the ground.

The politicians, community leaders and preservation groups have already condemned the rise of supertall structures that are currently rising along Central Park South, so adding another one to the mix wouldn’t possibly go over well with them— especially one as radical as Oikonomou’s Big Bend.

Alexander III of Macedon (20/21 July 356 BC – 10/11 June 323 BC), commonly known as Alexander the Great (Greek: Ἀλέξανδρος ὁ Μέγας, Aléxandros ho Mégas Koine Greek: [a.lék.san.dros ho mé.gas]), was a king (basileus) of the Ancient Greek kingdom of Macedon[a] and a member of the Argead dynasty. 

He was born in Pella in 356 BC and succeeded his father Philip II to the throne at the age of twenty. 

He spent most of his ruling years on an unprecedented military campaign through Asia and northeast Africa, and he had created one of the largest empires of the ancient world by the age of thirty, stretching from Greece to northwestern India. 

He was undefeated in battle and is widely considered one of history’s most successful military commanders. During his youth, Alexander was tutored by Aristotle until the age of 16. After Philip’s assassination in 336 BC, he succeeded his father to the throne and inherited a strong kingdom and an experienced army. 

Alexander was awarded the generalship of Greece and used this authority to launch his father’s Panhellenic project to lead the Greeks in the conquest of Persia.

In 334 BC, he invaded the Achaemenid Empire (Persian Empire) and began a series of campaigns that lasted ten years. Following the conquest of Anatolia, Alexander broke the power of Persia in a series of decisive battles, most notably the battles of Issus and Gaugamela. 

He subsequently overthrew Persian King Darius III and conquered the Achaemenid Empire in its entirety. At that point, his empire stretched from the Adriatic Sea to the Indus River. 

He sought to reach the “ends of the world and the Great Outer Sea” and invaded India in 326 BC, winning an important victory over the Pauravas at the Battle of the Hydaspes. He eventually turned back at the demand of his homesick troops. 

Alexander died in Babylon in 323 BC, the city that he planned to establish as his capital, without executing a series of planned campaigns that would have begun with an invasion of Arabia. 

In the years following his death, a series of civil wars tore his empire apart, resulting in the establishment of several states ruled by the Diadochi, Alexander’s surviving generals and heirs.

The Battle of Thermopylae was fought between an alliance of Greek city-states, led by King Leonidas of Sparta, and the Persian Empire of Xerxes I over the course of three days, during the second Persian invasion of Greece. It took place simultaneously with the naval battle at Artemisium, in August or September 480 BC, at the narrow coastal pass of Thermopylae (“The Hot Gates”). 

The Persian invasion was a delayed response to the defeat of the first Persian invasion of Greece, which had been ended by the Athenian victory at the Battle of Marathon in 490 BC. Xerxes had amassed a huge army and navy, and set out to conquer all of Greece. 

The Athenian general Themistocles had proposed that the allied Greeks block the advance of the Persian army at the pass of Thermopylae, and simultaneously block the Persian navy at the Straits of Artemisium. A Greek force of approximately 7,000 men marched north to block the pass in the middle of 480 BC. 

The Persian army, alleged by the ancient sources to have numbered over one million, but today considered to have been much smaller (various figures are given by scholars, ranging between about 100,000 and 150,000),[8][9] arrived at the pass in late August or early September. The vastly outnumbered Greeks held off the Persians for seven days (including three of battle) before the rear-guard was annihilated in one of history’s most famous last stands. During two full days of battle, the small force led by Leonidas blocked the only road by which the massive Persian army could pass. 

After the second day, a local resident named Ephialtes betrayed the Greeks by revealing that a small path led behind the Greek lines. Leonidas, aware that his force was being outflanked, dismissed the bulk of the Greek army and remained to guard their retreat with 300 Spartans, 700 Thespians, 400 Thebans, and perhaps a few hundred others, most of whom were killed.

At Artemisium, the Greek navy, under the command of the Athenian politician Themistocles, received news of the defeat. Since the Greek strategy required both Thermopylae and Artemisium to be held, and given their losses, it was decided to withdraw to Salamis. The Persians overran Boeotia and then captured the evacuated Athens. The Greek fleet—seeking a decisive victory over the Persian armada—attacked and defeated the invaders at the Battle of Salamis in late 480 BC. 

Fearful of being trapped in Europe, Xerxes withdrew with much of his army to Asia (losing most to starvation and disease), leaving Mardonius to attempt to complete the conquest of Greece. However, the following year saw a Greek army decisively defeat the Persians at the Battle of Plataea, thereby ending the Persian invasion. 

Both ancient and modern writers have used the Battle of Thermopylae as an example of the power of a patriotic army defending its native soil. The performance of the defenders is also used as an example of the advantages of training, equipment, and good use of terrain as force multipliers and has become a symbol of courage against overwhelming odds.

More than 21 centuries ago, a mechanism of fabulous ingenuity was created in Greece, a device capable of indicating exactly how the sky would look for decades to come — the position of the moon and sun, lunar phases and even eclipses. But this incredible invention would be drowned in the sea and its secret forgotten for two thousand years. 

This video is a tribute from Swiss clock-maker Hublot and film-maker Philippe Nicolet to this device, known as the Antikythera Mechanism, or the world’s “first computer”. 

The fragments of the Mechanism were discovered in 1901 by sponge divers near the island of Antikythera. 

It is kept since then at the National Archaeological Museum in Athens, Greece. For more than a century, researchers were trying to understand its functions. 

Since 2005, a pluridisciplinary research team, the “Antikythera Mechanism Research Project”, is studying the Mechanism with the latest high tech available. 

The results of this ongoing research has enabled the construction of many models. Amongst them, the unique mechanism of a watch, designed by Hublot as a tribute to the Mechanism, is incorporating the known functions of this mysterious and fascinating ancient Mechanism. 

A model of the Antikythera Mechanism, built by the Aristotle University in Greece, together with the mechanism of the watch and this film in 3D are featuring in an exhibition about the Mechanism that is taking place in Paris, at the Musée des Arts et Métiers. 

The original fragments of the Mechanism, its main models and the watch designed by Hublot are on display at the National Archaeological Museum in Athens, Greece.