Meet the Revolutionary Apple That Grows Human Skin – Futurism – Futurism

Whats In An Apple?

Apples are a staple in most peoples homes and, it seems, in science. There was Newtons apple, and the proverbial daily apple to keep your doctor away. Now, biophysicist Andrew Pellingof University of Ottawa wants to add an apple of his own into the mix and this one might bring with it the future of biomaterials and human tissue repair.

Many scientists thought the idea of this apple itself was a little fruity. Pelling said that his team did not have many cheerleaders when they startedto look for ways to grow human cells by biohackingfruits.

Nobody else is doing this. In fact, in the early days people thought Id lost my mind, Pelling said during a TED Talk earlier in 2016. What Im really curious about is if one day it will be possible to repair, rebuild, and augment our own bodies with stuff we make in the kitchen.

How Pellingsteam achieved this was rather simple, he said. To remove the apples cellular material, they bathed it in boiled water and liquid dish soap. As a result, the apples cells popped open. After the apple was washed clean of all its disgorged cellular material, what was left of it was a rigid cellulose scaffolding like an apples skeletal structure, so to speak. The spaces that once contained apple cells were then filled with mammalian cells.

Pelling demonstrated the success of the technique on several occasions, and in some playful ways. For instance, his teamcarved apples into the shape of human ears and then infused them with skin cells. The apple-ears were remarkably life-like.

Pellings method is, of course, still in its early developmental stages. At this point, it cant be tested on human beings. The team did test it on mice, though. Pelling injected cellulose scaffolding under the skin of lab mice. Amazingly, the mice didnt show any adverse immune reactions to the infusion. Within a few months, the animals body had populated the scaffolding with their own cells. The scaffoldhad become part of the tissue, Pelling said.

These studies have spurred two doctors from hospitals in Ottawato expressed their interests in Pellings work. The doctors are brainstorming possible medical applications of this technique with Pelling. One potential is for regenerative medicine, particularly as scaffolds to graft skin and bone. The scaffolds currently used these procedures are derived from collagen harvested from human cadavers, which can be cost-prohibitive.

A toonie-sized piece of traditional scaffolding material costs $1,000. Weve developed a material that could be just as good for a fraction of a penny, Pelling said. Plus, would you want a piece of cadaver in you, or a piece of apple?

But why stop at just apples? Pelling and his team are also looking at the potential of cellulosescaffolding derived from asparagus or even rose petals to be used as biomaterials to repair bone or nerve damage. And thisjust one way that biohacking can revolutionize our lives.

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Meet the Revolutionary Apple That Grows Human Skin - Futurism - Futurism

IBM Aims to Build the First Commercial Quantum Computer in ‘the Next Few Years’ – Futurism

In Brief

While many developers focuson increasing the intelligence of artificially intelligent (AI) algorithms, IBM is eyeing a different area of technology: quantum computing.

Quantum computers are going to be game changers, bringing with them faster data processing and information handling. This increase in speed is made possible through the use of quantum bits (or qubits) instead of the binary bits that current computers employ. Qubits rely on the quantum phenomenon of superposition, which allows them to be 0s or 1s at the same time. This ability to exist in multiple states at once enables qubits to process information more quickly.

IBM has been working on quantum computing technologies for some time now. Last May, the company gave the public access to its 5-qubit quantum computer. These computers, located in their New York labs, were available as a cloud service. More recently still, IBMs 5-qubit quantum computer competed against another quantum computer and proved to be the faster of the two devices (though qubit sustainability was a bit of an issue).

Now, IBM is pushing for the development of a truly universal quantum computer, and to that end, it has launchedIBM Q, an industry-first initiative to build commercially available universal quantum computers for business and science.

Through IBM Q, the company hopes to improve its current quantum computing models by enlisting the help of others interested in the field. IBM is updating itsquantum computing cloud service with a new application program interface (API)designed to give developers and programmers who dont have a background in quantum physics the ability to create interfaces between IBMs cloud-based quantum computer and traditionalcomputers.

The computing industry giant hopes that these updates will encourage researchers and other interested parties to use their experimental quantum computing system to build more sophisticated applications. While technologies like AI can find patterns buried in vast amounts of existing data, quantum computers will deliver solutions to important problems where patterns cannot be seen and the number of possibilities that you need to explore to get to the answer are too enormous ever to be processed by classical computers, IBM explained.

IBMs goal is to build quantum systems with roughly 50 qubits in the next few years. Once we have those, well be able to truly begin to harness the power of quantum computing, and the applications are endless. Everything frommedicine and finance to cloud security and even the modern technological eras golden child of AI will be faster and more advanced.

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IBM Aims to Build the First Commercial Quantum Computer in 'the Next Few Years' - Futurism

Italian Futurism and Fascism: How an artistic trend …

The connection between Italian Futurism and fascism is well known. Alan Woods looks at the psychology of the Italian bourgeois and petit bourgeois intellectuals in the period before and during the First World War that gave rise to this singular phenomenon. It is an object lesson on how art and politics can become inextricably linked, and how this mixture arises from a definite social and class basis.

During my recent speaking tour of Austria, I was taken to visit an exhibition of Italian futurist art in Vienna. It was a very revealing experience. The connection between Italian Futurism and fascism is well known, but here for the first time I was able to see with complete clarity the psychology of the Italian bourgeois and petit bourgeois intellectuals in the period before and during the First World War that gave rise to this singular phenomenon. It is an object lesson on how art and politics can become inextricably linked, and how this mixture arises from a definite social and class basis.

This is not to say that the two things are the same, or that the relation between them is automatic and direct. On the contrary, the development of art, literature and music follows its own immanent laws. The development of art and politics form two entirely separate lines, with their own determining features, turning points, complex relations and revolutions. However, since all social phenomena share a common ground, the two lines frequently meet and bisect. The study of this complicated and dialectical interrelationship would be a fascinating but difficult exercise. It is not often that the connection can be clearly established. But in this case it is quite transparent.

Futurism arose as part of the general artistic ferment that characterised the intellectual life of Europe, and particularly France, in the period before 1914. This was a period of spectacular advance of capitalism, which was developing the productive forces at a dizzying pace. Europe and the USA were industrialising rapidly. Industry was advancing at the expense of agriculture, the proletariat at the expense of the peasantry. Old ideas were crumbling. In the field of science the basis was being laid for a twin revolution, connected with relativity theory and quantum mechanics. The human mind was gradually penetrating beyond the world of appearance and discovering a deeper reality in the sub-atomic world, where the laws of the ordinary world of sense perception do not apply. The sensation existed that this was a new age, an age of progress in which the machine was king. Out of this idea arose the cult of the modern.

Britain and Europe before 1914

When the new generation of artists raised the standard of revolt against the old conservative style of academic art they were reflecting this new spirit. This ferment and clash of ideas and schools indicated a profound current in the intelligentsia of the main countries of continental Europe. The exception was Britain, where the new trends were weakly represented, if they were represented at all. This difference was no accident. At the commencement of the 20th century, British capitalism still enjoyed a crushing superiority over its rivals. Its industry ruled supreme in world markets as its warships ruled supreme on the high seas. It presided over an empire on which the sun never set, as they boasted in London.

The super profits from this privileged position created a feeling of quiet self-satisfaction and superiority over less fortunate nations. The psychology of the British ruling class was cast in stone in Tower Bridge, surely the most remarkable bridge that has ever been built. It resembles not a bridge but a cathedral. Here is a statement of a ruling class that was firmly convinced that it would dominate the world for a thousand years! It is no accident that this celebrated monument, built at the threshold of the 20th century, is purely medieval in style.

The outlook of all classes in British society was shaped by the special position of British capitalism in the world. The super profits derived from its colonies and its domination of world trade, allowed it to give concessions to the middle class and part of the working class. Reformism was the dominant tendency, first with the Liberal Party of Lloyd George and later with the young Labour Party. The British Labour movement, unlike its cousins in continental Europe, was characterised by a lack of any theory. In general, the Anglo-Saxon mentality is averse to broad theoretical generalisations of any kind, preferring to muddle through on the basis of what is known from past experience.

This is the basis of Anglo-Saxon empiricism and pragmatism. It is a tradition that could only arise from a privileged economic position that does not place any serious demands on the intellect. It breeds a generally conservative outlook that regards the present situation as eminently satisfactory and encourages a kind of vulgar evolutionism that imagines that tomorrow will always be better than today. Such an intellectual background is unfavourable to bold and imaginative thought in general. It is profoundly anti-dialectical, holding fast to the belief that nature does not make leaps. Only great historical events could shake this smug and superficial view of the universe.

The relative poverty of artistic development in Britain at a time when its continental neighbours were in a state of violent intellectual ferment can only be explained by the insularity of the British at a time when everything seemed to be for the best in the best of all possible capitalist worlds. At a time when the French were overthrowing the old academic art, in Britain it was firmly entrenched. The British Pre-Raphelite school of art that pretended to be modern was really a conservative trend that looked backward, not forward. When compared to the new developments in European art, it seems merely quaint and provincial. Here we look in vain for anything new or revolutionary. While composers like Debussy and Ravel, Stravinsky, Bartok and Prokofiev were experimenting with a new musical language, Elgar was still writing symphonies in a style that looked back to the world of the 19th century.

There are some signs of life in the works of Beardsley, but in general there was little or no innovation. Insofar as there was anything new it was imported either from France or from Englands oldest colony, Ireland. In literature, it is no accident that the most important writers were all Irish: Oscar Wilde, Bernard Shaw, and above all that great genius, James Joyce. As for the wretched Bloomsbury Group of writers and artists, they never rose beyond the level of provincial English middle class second-raters, whose well-merited epitaph was written by the American poet Ezra Pound:

O bury me not in Bloomsbury

Where the gravy tastes like the dust.

Ferment in France

The striking contrast between the intellectual life of Britain and France before the First World War is explained both by the different traditions of the two countries and their recent history. British capitalism developed organically over several centuries. Its evolution was slow and gradual. All the stages of capitalist economic development can be clearly seen in England from the 14th century onwards. That is why Marx always took England as the classical country of capitalism from an economic point of view, while France was taken as the classical capitalist country from the political standpoint.

The history of modern France begins with the French Revolution of 1789-93, and continues through the revolutionary and Napoleonic wars, through the Bourbon reaction after 1815, the Revolutions of 1830 and 1848, the Bonapartist reaction that followed the defeat of that Revolution, then the Franco-Prussian War of 1870-71 and the glorious episode of the Paris Commune, the first time the proletariat ever took power in any country. The defeat of the Commune led to a long period of reaction, interrupted by the Dreyfus scandal that brought France to the brink of civil war in the last decade of the 19th century.

These stormy decades of war, revolution and counterrevolution created an environment for the artists and intellectuals that was very different from that of Britain. France was perhaps the most politicised society in Europe, and this fact affected the outlook of the French artists and writers. Not for nothing was Paris considered the hub of intellectual life for the whole of Europe in the second half of the 19th century and the beginning of the 20th century. Art and revolution repeatedly linked arms and fought together, laughed and cried together, rejoiced and suffered together.

Of course, the relationship was not a direct or simple one. But anyone with the slightest knowledge of the history of French art and literature in the 19th century will be well aware that the relationship was very real and played a vital role. In complete contrast to the intellectual and artistic conservatism in Britain, Paris was a bee-hive of intellectual inventiveness and innovation. New schools of art, literature and music arose, each with its defenders and detractors. They argued, fought, wrote rival manifestos and organised the artistic equivalent of political tendencies and parties.

After Impressionism, Fauvism and Pointillism came Cubism, Dadaism and Surrealism. This was the Paris of Picasso and Satie, Stravinsky and the Ballets Russes. It was a world of chaos and turbulence, of constant movement and change that mirrored the revolutionary changes brought about by capitalism in the early years of the 20th century and that represent the starting point for Futurism.

The emphasis on the barbaric was one element in this movement. We find this in music with compositions such as Bartocks allegro barbaro and Stravinskys The Rite of Spring. The violence with which the defenders and critics of the new art and music fought each other is shown by the disturbances that regularly occurred in theatres and concert halls in these years. At the first performance of Stravinskys revolutionary ballet The Rite of Spring in 1911 a riot broke out in the theatre, with one section of the audience booing and protesting and another applauding wildly. This was a fairly common occurrence. All this showed at least that art was alive and kicking. It still had the power to shock and awe, and to provoke powerful emotions, for and against. Art aroused passion, in a way that it no longer does today.

How does one explain this passion? It reflected a definite mood in a layer of society - the intellectuals. The intelligentsia, contrary to their own belief, cannot play an independent role in history. But they do provide a most sensitive barometer of certain moods that are building up in the deepest recesses of society. This means that certain trends among the intellectuals, students and so on, can sometimes anticipate processes that will occur later in the whole of society. The wind blows through the tops of the trees first. Thus, the movement of the French students in May 1968 was the first indication of the revolutionary general strike of the working class that followed it. The students did not cause the movement of the working class - they anticipated it. We have seen this many times in history.

The ferment among the intelligentsia appeared like a froth on the surface of what was otherwise a sea of stagnation. It was against this complacent stagnation that the artists and intellectuals rebelled. This rebellion did not in itself represent a reflection of existing social revolt, but it did express the accumulation of deep tensions and unresolved contradictions in society. It was a kind of heat lightening that precedes a storm. That storm finally burst in the summer of 1914 when history finally presented its bill to the western world.

Futurism and Cubism

The rapid rise of industry and the widespread application of new technology captured the imagination of the new generation of artists who rejected the stale conventionalism of the Academy. The cult of the machine was central to Futurism. Cubism had already started to represent reality as a series of geometrical forms. Futurism took this one step further, elevating the straight lines and streamlined forms of industry to a new form of art.

The first Futurist exhibition was held in Paris in 1911, but it originated in Turin in March 1910 and was associated with the work of F.T. Marinetti. It advocated the renovation of Italian art and declared that art could live only by emancipating itself from the dead hand of the past. It repudiated tradition, academic training, museums, picture galleries and the art of previous ages. All these things were regarded as so many fetters on the development of art.

Marinetti experimented with new literary forms that attempted to express emotions directly to the eye of the reader through the use of different types, suggestive arrangements of spacing and lines and other devices that were later developed by Mayakovsky and the Russian Constructivist artists after 1917.

According to the futurist manifesto, a picture must be a synthesis of what one remembers and what one sees. Thus, a futurist painter would paint not only what he saw before him but would combine this information with the recollections of previous scenes that lingered in his mind. Objects and persons were studied from all sides so that every aspect would be represented - visible or invisible, front and back. The original futurists were Marinetti, Boccioni, Carra, Russolo, Balla and Severini.

In its initial stages Futurism was really an offshoot of Cubism. Many of its earliest productions could almost be mistaken for Cubist paintings. Futurism began as a specifically Italian variant and development of Cubism. The Futurists, in common with the Cubists, rebelled against the artistic Establishment and the 19th century. They looked for new themes, and found them, not in the mists of the past, but in the present - and in the future. Their art was based on the cult of the modern. Whereas the 19th century Romantics recoiled in horror from the age of the machine, the futurists embraced it with enthusiasm. The machine forms an important element in this art.

As with the Cubists, the objects of the everyday world are reduced to geometrical forms - lines, squares, triangles, cubes - but there is a new ingredient that links this tendency to the forms of industry - machines, locomotives, cars - that express the idea of speed and motion. There is something vibrant in this art, a sense of restless movement and urgency. Giacomo Balla produced a series of striking black and white paintings depicting motor-cars and trains in motion, all conveying the idea of speed. He uses such titles as Lines of Speed to convey his intentions. This art is quite effective in conveying the idea of life in the fast track. It is exciting and exhilarating. It grabs you by the collar and shouts at you: No to stagnation! We must not stand still! Speed! More speed!

Futurism and imperialism

This infatuation with speed, change and modernity tells us a lot about the mentality of a layer of the radical petty bourgeoisie in Italy during the first decade of the 20th century. The unification of Italy in the 19th century created the conditions for the emergence of Italy as a European power. It opened the prospect of the rapid overcoming of its age-old backwardness and its transformation into a modern capitalist economy. For a generation raised on the idea of Italys once and future greatness this was an intoxicating prospect.

But there was a problem. The belatedness of Italian capitalism meant that it had come too late onto the stage of history. The world had already been divided up between the older capitalist powers, first Britain and France, and then Germany. The ambitions of weak Italian imperialism were thwarted on all sides by powerful neighbours. Its colonial ambitions were limited to miserable pickings such as Albania, Libya and Ethiopia. This bred a sense of frustration and resentment among the nationalist youth that was fertile ground for the rise of imperialist, militarist and fascist tendencies.

Here we see the reason for the striking contrast between the cultural atmosphere in Britain and the rest of Europe. The British middle class had been provided with careers, good wages and a privileged position through the empire and its vast colonial civil service. They saw no reason to be dissatisfied with the existing state of affairs, and this sense of smug self-satisfaction found its expression in the cultural world on this side of the Channel. The British intellectual, like the British democratic politician, was naturally conservative and backward-looking. In both cases, it fed upon the fabulous wealth plundered from the colonies. British culture, like British parliamentary democracy, were the products of a wealthy country that lived off the backs of millions of colonial slaves.

But the world seen through the eyes of the Italian bourgeoisie and petty bourgeoisie presented a very different aspect. The imperialist wing of the Italian bourgeoisie did not wish to conserve the existing world order, but destroy it. The demand for change that was so urgently expressed in Futurist art was simply a semi-conscious reflection of this fact. It was an artistic expression of the feelings of impotent rage, fury and a desire to overturn the existing order, not only in the world of art but in the real world. That explains the ease with which Italian Futurism became merged with imperialism and its most extreme expression - fascism.

Italy had established its position among the nation states of Europe too late to participate in the division of the spoils of successive wars. Its development was hampered by the lack of colonies and foreign markets. Out of this fact came the urgent demand for a fair share of the world for the expansion of Italian capitalism. Imperialism and an aggressive colonial policy was a natural consequence of this.

Conscious of a glorious but distant past, a layer of Italian intellectuals dreamed of rediscovering the splendours of imperial Rome. But Italian capitalism had come to late onto the stage of history for these dreams to become a reality. Italy was hemmed in on all sides by powerful enemies: Austro-Hungary which blocked her on the Balkans, France, which blocked her in North Africa, Germany which made her exports uncompetitive. The only way to break out of this suffocating condition was through war. War was not something to be afraid of or deplore, in the manner of feeble pacifists, but a glorious adventure, a necessary condition for the material and spiritual rebirth of the Italian people. War was something to be glorified in art.

In 1915 Marinetti, the founder of Italian Futurism, published a book with the title La Guerra - Sola Igiene del Mondo (War - the Sole Hygene of the World). Here we have the distilled essence of imperialism - the notion that wars are a necessary means whereby humanity overcomes stagnation and purifies itself through fire. This adequately conveys the delirium of the Italian imperialist petty bourgeoisie who greeted the horrors of the First World War as one would welcome the invitation to a party.

Later on this dream of the Italian imperialist petty bourgeoisie turned into a nightmare. But in the years that preceded the great imperialist slaughter of 1914-18, it acted as the mainspring of the main trend of Italian art. From the beginning, futurist art was impregnated with a spirit of suppressed violence and aggression. Here in paint we see the concentrated expression of the pent-up rage and frustration of the Italian imperialist petty bourgeoisie. The slashing lines that criss-cross these abstract paintings are like the tracer bullets that light the sky over a battle at night-time. The jagged edges speak of lacerations. The whole thing is filled with an explosive element that anticipates war, upheaval and conflict.

In the world of Futurism the machine is god. The human disappears completely. This is really a preparation for the totalitarian state where the individual is completely at the service of the imperialist state and the military machine. Machinery, of course, has many applications, most of them of a socially useful character. But in the epoch of monopoly capitalism and imperialism machinery has as its highest purpose the production of armaments for the purpose of dividing the world between different groups of robbers. And the highest function of people is to act as meat for this huge mincing machine. This crude reality of imperialism is where the Futurist dream ends up.

The class basis of Italian Futurism

Not everything was grim in the Futurist movement, however. It also had its lighter side, as befits an Italian movement. Fortunato Depero was one of the clowns of the Futurist movement. His paintings have e lighter, more frivolous side that is missing from most of the others. Most of them took themselves very seriously - as did the biggest clown of all, Benito Mussolini.

Common subjects of early futurist art were caf life and sex. Later the subject changed to war, which they glorified. The early subject matter reflects the life style of the futurists themselves: here is the mode of existence of the spoilt bourgeois brat, the playboy and the wealthy drone. Their other interests reflect the same thing. They designed smart clothes, including gaudy waistcoats, ties and caps for the young peacocks.

A few generations earlier, the young Gautier wore dazzling red waistcoats when he participated in riots at the theatre - but that at least had revolutionary implications. Gautier belonged to another epoch - the epoch of Romanticism, when the rebellious bourgeois youth were fighting against the manners and values of the bourgeoisie and striving to return to the revolutionary ideals of 1789-93.

In the first half of the 19th century the youth of Italy found a revolutionary cause in the struggle for national liberation against Austria. But having achieved power, Italian bourgeoisie immediately gave all the signs of senility. As frequently happens, the bourgeoisie of a formerly oppressed colony became an aggressive imperialist bourgeoisie after coming to power. The pampered sons of the Italian rich, the gilded youth as they were known in post revolutionary France, later provided the shock troops of Mussolinis Blackshirts in their brutal assaults against peasants and trade unionists. The psychology of this social stratum is clearly revealed in this art.

In Literature and Revolution, Trotsky writes: Futurism originated in an eddy of bourgeois art, and could not have originated otherwise. Its violent oppositional character does not contradict this in the least.

The intellectuals are extremely heterogeneous. At the same time, each recognized school of art is a well paid school. It is headed by mandarins with their many little balls. As a general rule, these mandarins of art develop the methods of their schools to the greatest subtlety, while at the same time they use up their whole supply of powder. Then some objective change, such as a political upheaval or a social storm, arouses the literary Bohemia, the youth, the geniuses who are of military age, who, cursing the satiated and vulgar bourgeois culture, secretly dream of a few little balls for themselves, and gilded ones, too, if possible.

When investigators define the social nature of early Futurism and ascribe a decisive significance to the violent protests against bourgeois life and art, they simply do not know the history of literary tendencies well enough.

What we have here is the expression in art of the striving for power of the weak Italian bourgeoisie and particularly the impotent petty bourgeois intelligentsia. As the sick Nietzsche glorified health and strength and projected his longing into the idea of the Superman, so the feeble Italian petty bourgeoisie expressed its burning and impossible desire to be strong. They longed for power, but in the end were only the lackeys of the big capitalists they pretended to despise. This is the eternal contradiction of the petty bourgeoisie, which imagines that it is a power but in reality is obliged to choose between the rule of the proletariat or that of the banks and monopolies. And the big capitalists made use of the fascist demagogues to get control of the plebeian masses.

The petty bourgeoisie - the discontented peasant, the ruined shopkeeper and the frustrated government clerk, fall under the influence of the right wing intellectuals, the pampered sons of the rich, the golden youth whose restless and adventurist spirit finds an outlet in extreme and belligerent patriotism. Disappointed chauvinism in turn fuses imperceptibly with fascism. Italian Futurism is transformed into art in the service of fascist reaction and Mussolinis corporate state.

Futurism and Fascism

In the beginning, the highly combustible mood that underlies this art could be mistaken for a revolutionary feeling, and in fact it reflects a revolutionary trend insofar (and only insofar) as it rejects the status quo. This art is a slap in the face for existing society, its aesthetic norms and values. It announces the immanent end all that is: it proclaims that all that present society regards as sacred and valuable is based on a rotten foundation. This foundation must be dynamited, blown sky high, in order that the creative spirit of the people should be liberated. What began as an artistic message - the rejection of stagnation and inertia in art - now becomes a clearly political message. Not just the old art, but all the other manifestations of the old society must be overthrown.

In some ways the futurist point of view comes close to the ideas of Bakunin - the idea that before we can build a new society it is first necessary to destroy. In the exhibition there is even a painting done by a Futurist artist before 1914, of the funeral of an anarchist, which implies a certain sympathy with the latter. This is not as surprising as it may seem. The class basis of both movements is, in fact, quite similar, although their programme and aims are diametrically opposed. Anarchism reflects the psychology of the revolutionary left wing of the petty bourgeoisie and also, in part, the lumpenproletariat. Its real model is that of plebeian revolt against the existing order. This idea would also have appealed to the Italian Futurists. In both cases it represents a petty bourgeois, not a proletarian, view of revolution. In Italy the standpoint of the petty bourgeois revolutionary has, after all, a long tradition, going as far back as Mazzini and Garibaldi.

Whereas Marxism, the ideology of the proletariat, has a scientific conception of the class struggle and revolution, anarchism represents an inconsistent and incoherent standpoint that confuses revolution with the kind of unorganised revolt of the masses, in which the working class is only one element, and not necessarily the decisive one. No difference is made between the different strands of the oppressed - workers, peasants, unemployed, ruined petty bourgeois, students and lumpenproletarians - are all subsumed under the category of the masses.

Of course, fascism and anarchism are opposite extremes. Fascism is a mass movement of the petty bourgeoisie and lumpenproletariat that serves the interests of imperialism and the big banks and monopolies. But in order to enlist the support of the masses, it must disguise itself with radical and socialist demagogy. Within the fascist movement there is always a radical wing, associated with the lumpenproletariat, that takes this demagogy seriously. These elements dream that the fascist revolution will indeed overthrow the old society and hand power to the masses (i.e., them), giving them freedom to rob and plunder society at will. Needless to say, this wing is always crushed when the fascists take power. In Germany this wing was represented by the SA, in Italy, the Blackshirt banditi.

This radical demagogy is reflected in some Futurist paintings, which purport to describe the working class. However, it is immediately evident that this is a purely abstract conception of the workers, as seen from a distance, or, more correctly, from on high. The artist has not the slightest knowledge of real workers, how they live or what they think. They are merely idealised generalisations. The muscular figure of an Italian port worker shown in the exhibition is completely anonymous. Here the worker is glorified as an ideal machine for the production of surplus value. He has no individuality. He is merely a unit in the impersonal collective that serves the greater glory of Italy - that is, the greater glory of the Italian bankers and capitalists.

Where the masses are shown in a revolutionary context, they are equally anonymous. The painting called The Revolt by Luigi Russolo (1911) depicts a red wedge, driving irresistibly to the left, and smashing through a solid barrier. The colours are stark and violent - red, yellow, blue, green and purple. The central idea is that of conflict and violent antagonism: one force clashes against another. But the masses are depicted as a blind and unconscious crowd, carried forward irresistibly by an unseen impetus. Here the revolution appears not as the conscious activity of the working class, but as the movement a dumb herd. This fits in perfectly with the subjectivist ideology of fascism, which treats the masses as an inert material to be moulded and organised by the Leader. In this conception, the old idea of crowd and hero is resurrected in a fantastic and reactionary form.

The elements of a fascist and imperialist ideology were present in embryonic form in Futurism long before it erupted fully formed onto the stage of politics. After 1918 the disappointment of the Italian petty bourgeoisie with the results of the First World War gave rise to the fascist movement, led by the former socialist Mussolini. The mass basis of fascism is the same in all countries - the petty bourgeoisie and the lumpenproletariat. In the stormy period 1919-1921, the future of Italian society was posed in the starkest terms - either or. The workers struck, set up soviets and seized the factories. The socialist revolution was on the order of the day. But the reformist leadership of the Socialist Party hesitated and drew back. The initiative passed to Mussolini and the fascist blackshirts. Mussolini organised the notorious march on Rome. The mass of ruined petty bourgeois and lumpenproletarians, funded by the Italian bankers and capitalists, were organised and mobilised as a battering ram to smash the workers organisations, to burn, terrorise and murder.

A reactionary dead end

There is a portrait of the father of Italian Futurism, Tommaso Marinetti by Enrico Prampolini, painted in 1924, where Marinetti appears as a kind of snarling monster - a demagogue with red eyes, rather in the manner of Mussolini. If this is meant to be a vision of the future, then it is a nightmarish vision. Whether consciously or not, it is quite an accurate portrait of its subject. Ultimately, this art terminates in a dead end, like the political philosophy it so eagerly espoused.

Whereas before 1914 Italian Futurism had a certain raw energy and even semi-revolutionary overtones, after the coming to power of Mussolini it loses all its rebelliousness and places itself totally at the service of the state. From this time on it loses all interest as an artistic trend. The Futurists, eager to please their fascist masters, produced extravagant models of grandiose public buildings in the Futurist style, but very few were actually built. What Mussolini needed was to devote all the energies of the Italian people to the preparations for a new war. Art was not high up on his list of priorities.

The essential goal of fascism is to destroy the embryo of the new, socialist, society that has been developing in the womb of the old society. It aims to crush the labour movement, the trade unions, the workers parties, the co-ops, because without these organisations the working class is only raw material for exploitation. An unorganised and atomised working class would be completely at the mercy of Capital. Shorn of all its demagogy and mysticism, that is the essence of a fascist regime. Fascism represents a monstrous regression of culture and civilization and a new form of slavery. The individual is a slave of the corporate state, which is really an instrument for the defence of the rule of the banks and giant monopolies, although the fascist gangsters sometimes take measures against the class they represent.

This merging of Futurism with fascism after 1918 is so rapid that it seems to flow from the very essence of Futurism itself. But this conclusion would be too simple. In Russia, Futurism took precisely the opposite direction and placed itself at the service of the October Revolution. The great Russian Futurist poet Mayakovsky joined the Bolshevik Party before the Revolution and remained a Bolshevik until his tragic suicide in 1931.

The reason for the difference between Italian and Russian Futurism is not to be found in art (broadly speaking they shared a common artistic view) but in the different objective conditions of Russian and Italian society. Whereas the Italian bourgeoisie had already fulfilled its progressive mission in the unification of Italy, in Russia the bourgeoisie was incapable of playing any kind of progressive role. Only the coming to power of the working class by revolutionary means could clear away the accumulated rubbish of feudalism and open the way to further development through a nationalised planned economy. Therefore the most progressive elements of the Russian artists and intellectuals gravitated to the camp of revolution. The left wing predominated.

The prevailing mood among the Italian artists and intellectuals before 1914 was entirely different. They had illusions in the recovery of Italian greatness through war and imperialist expansion. The dominant trend (though not the only one) was therefore not revolutionary but chauvinist and pro-imperialist. This was considerably helped by the fact that none of these people had the remotest idea of what war was really like.

From its earliest beginnings there was always a tendency in this art to glorify violence. Marxists do not glorify war and violence. That is as senseless as to deplore the existence of war without explaining its real meaning, origins and content. We recognise the simple fact that violence can be used for revolutionary and progressive ends or reactionary ones. Few people would question the progressive nature of the war waged by the armies of the Abraham Lincoln against the slave-holding Confederacy in the Southern states of the USA, or the wars to unify Italy, and we consider the October Revolution to be the greatest act of social emancipation in history. But art that glorifies imperialism advocates a destructive and reactionary violence and has no progressive content whatsoever.

Likewise, the rejection of the existing order is an idea that can be filled with a reactionary as well as a progressive content. Marxists criticise the existing formal bourgeois democracy because of its merely formal character, behind which lurks the dictatorship of the banks and big monopolies. We advocate the replacement of formal bourgeois democracy by a genuine democracy of the working people, which is only possible through the expropriation of the banks and monopolies by the conscious action of the working class. By contrast, the fascists stand for the abolition of bourgeois democracy and its replacement by the open dictatorship of big capital. That is to say, our rejection of the existing order proceeds from mutually exclusive premises and leads to diametrically opposed conclusions.

Fascist art - like totalitarian art in general - can never be great art. In order to flourish art, literature, music and science need the fullest freedom to develop, to experiment and to make mistakes. These branches of human knowledge can never flourish when regimented, censored and subjected to petty surveillance by ignorant bureaucrats. The art of the futurists, which in its initial phase showed great promise and vitality, under the fascist regime degenerated into mere propaganda and another arm of the corporate state. It vanished with the collapse of the latter at the end of the Second World War.

Fascist art is inhuman art because it reduces man and women to the level of cogs in a machine. This is an expression of the alienated relations of people under capitalism, where men and women are always subordinated to things - whether machines, bureaucracies or money. People are systematically stripped of their human identity and become transformed into abstract entities: either producers or consumers or taxpayers - that is: a repository of surplus value, a factory hand, a stomach, a machine for bearing children, an electoral statistic, or anything else except a living human being.

The worship of the machine in Futurist art conveys this same idea: that the human being is subordinated to machines. That is a fact in big modern factories, as Charlie Chaplin showed us in his great film Modern Times, and as any Fords production worker will tell you today. This is a part of the phenomenon of alienation under capitalism. This alienation changes its forms constantly, but it always remains the same. The development of modern techniques does not abolish the alienation but only reproduces it on an immeasurably vaster scale than ever before. The invention of things like the laptop computer, bleepers and mobile phones places the worker at the disposal of the boss twenty four hours a day.

Fascist art is based on a glorification of this alienation. It is presented as the future, and as a goal we must all strive for. Thus, under the guise of rebelling against the status quo, this art shows itself to be reactionary and conservative in its essence.

The aim of socialism is to eliminate this alienation by eliminating its material basis. Socialism represents the highest stage of human development - a genuinely free society in which men and women will be free to develop their inherent potential to the fullest extent Under socialism art and all kinds of culture, freed from the fetters of the market economy, will flourish as never before, drawing nourishment from all the riches of the past while pointing the way forward to even greater conquests in the future.

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The near-futurism of Disney Channel original movies does it hold up? – The Verge

Does It Hold Up is a chance to re-experience childhood favorites of books, movies, TV shows, video games, and other cultural phenomenon decades later. Have they gotten better like a fine wine, or are we drinking cork?

A cornerstone of any pre-teens life between 1998 to 2007 was the Disney Channel original movie. If you grew up during that time you do not need a refresher on why movies like Halloweentown or Zenon: Girl of the 21st Century were popular they were your main option for entertainment because you were constantly at home! (That is what it is like to not have a drivers license.) But you may need a refresher on their content, because I just revisited a bunch of them and they are not what I thought. Oddly, they are not innocent little time capsules of an era long gone by. They are portentous pieces of art that solemnly warned my generation of the techno-anxieties they would soon become all too familiar: they also made me cry a little bit because in spite of all those things, they are very optimistic about human beings.

Two Disney originals in particular stand out. The first (2004s Pixel Perfect) is a pseudo-critique of Reddit beta male culture, Silicon Valley speak, and the feminization of AI personal assistants. The second (Smart House, from 1999) is an absurd extrapolation of the Internet of Things, and makes pretty spot-on predictions about the fears people now have around AI and the security of their homes in the age of smart locks and Dash buttons.

It is truly unfortunate that we dont pay closer attention to silly near-future childrens entertainment when guessing at what anxieties we might soon develop. Its too late, but we can look back at them now and marvel at what we missed anyway.

In Pixel Perfect, Ricky Ullman (Phil of the Future) plays Roscoe, a young genius whose best friend Sam fronts an all-girl pop-punk band called The Zettabytes. When a label exec disses Sam because she cant dance, Roscoe decides to build a 100 percent lifelike holographic pop star who can sing, dance, look hot everything it is implied that Sam cannot do. (Rude.) He builds Loretta from bits and pieces of Michelle Branch, Victoria Beckham, and L'Oreal ads, and she is, of course, blonde-haired, blue-eyed, 120 pounds, with the voice of an autotuned angel.

She can have conversations, make jokes, and express genuine emotion. She can also get angry, and taunts Sam for being nothing but water and a few pounds of chemicals maybe a few pounds more than you really need. (Rude.) We still dont have holograms that can do that, but we have dabbled in jarringly lifelike holograms in entertainment the notorious virtual Tupac at Coachella in 2012, Ol Dirty Bastard resurrected to perform at 2013s Rock the Bells, and a holographic Michael Jackson at the Billboard Music Awards in 2014, to name a few.

Almost immediately after shes built, Loretta longs to go outside and touch birds, and almost immediately, Roscoe longs to make out with her. While a little heavy-handed, its an interesting preview of a broad criticism that would eventually plague the companies that make personal assistants. Why are Siri and Alexa women? And why are they women built to please, coo, and express unlimited subservience and helpfulness? Because theyre built by men. Men like Roscoe, who is constantly spouting out buzz-phrases youve heard in every tech company press conference youve ever watched. Im here to bottle perfection, he tells Loretta. Im here to make you.

The fact that Loretta is perfect is reiterated in nearly every breath, though when she tries to write her own music for the band she cant do anything but steal bits and pieces of other famous songs. But the storys central conflict actually has nothing to do with the limits of AI. Its about the fact that Loretta is so sweet designed by Roscoe to go along with whatever he programs her to do and feel. Sam, who wears studded belts and has three Avril Lavigne posters in her room (girl, same), is a problem for him because she doesnt uniformly love everything he says.

why are siri and alexa women?

Sam and Roscoe have two big spats: the first when she discovers that as he parsed through exemplars of feminine beauty and talent to inspire Loretta, he for some reason pulled out photos of her and covered them with question marks, Xs, and other rude notes. The second is when she calls him out for having a crush on a hologram, saying Im sorry I cant be agreeable 24/7 like Loretta. His response: So am I. Its a pretty good critique of the now culturally ubiquitous Reddit boy beta male, an insidious nice guy figure who thinks his gentility and brains mean that girls should be agreeable, nice to him at all times, and defer to his well-intentioned intellect.

Roscoe gets a redemption arc that I do not at all appreciate, but by the end of the movie he is no longer the hero. Its Loretta who has to save Sams life by entering her brain through a medical monitor and convincing her to come out of a coma, then taking control of her body and forcing her to walk outside where she gets hit by lightning. Later Loretta comes back as a hologram ghost and watches Sam and Roscoe smooch very lightly. (Youve got to have something just for the teens, okay?)

Its clear that a lot of the language in this film is Silicon Valley parody, presented without comment (Disney Channel TV movies are not exactly the focus of cultural critics) long before pre-teens would have thought for one second about skewering tech press event lingo. Not shockingly, the screenplay was written by science fiction writer Neal Shusterman, best known for the psychological thriller Full Tilt and his contributions to the X-Files YA series. Pixel Perfect is the only screenplay he has ever written, possibly because of how deeply weird it is.

As a relic of an era when Apple could still do no wrong, this vision of boys who make gadgets and why they make them is refreshingly cutting. In Pixel Perfect, the man behind the machine is, it turns out, a little boy who wants the world to be more hospitable to him. He doesnt really care about saving it. I was 10 years old when this movie came out, and could not possibly have made the connection between what was on the screen and the rise of a whole new age of facetious rhetoric around the common good, which makes the movie somewhat disturbing to watch now. It also makes Disney Channel content scan as much more subversive than I would have given it credit for before.

Smart House (1999), for its part, has an opposite view of the pitfalls of artificial intelligence. Its not that boy creators will fall in love with the fake women they make; its that women will make female monsters they cant control. Pat, the AI behind a smart house that can do everything from keeping household schedules to preparing gourmet meals to soaking any and all messes into her floorboards, is made by a brainy woman named Sarah (who has a thing for dumb, male criminals, naturally). It would require a very lengthy, separate conversation to talk about all the broader gender role issues in this movie, but lets just say this: at one point a single dad throws his hands up in exasperation when his daughter asks him to do her pigtails.

When Sarah gives the Cooper family a tour of the Smart House theyll be living in, she proudly proclaims, The thing about Pat is the more time she spends with you, the more she learns. Pretty soon shell know you better than you know yourself. The Coopers biggest fear is that Pat wants to judge them to weigh in on their choices when shes not wanted or to watch them in the shower. Sarah tells them thats not a worry, but it quickly becomes one when the young boy in the family tries to program Pat to be more maternal, out of concern that his widowed father will start dating again.

Pretty soon shell know you better than you know yourself.

Pat is scary and unrealistic she eventually creates a holographic human form for herself and takes the whole family hostage because theyre ungrateful for her services. But the basics of what she does are approaching reality. Her ability to restock a kitchen, for example, is something weve seen already with Amazon Dash buttons. Her atmospheric kitchen sensors are basically Breathalyzers that sniff out nutritional needs, a proposed tool that crops up as crowdfunded vaporware about three times per year. She takes DNA samples to chart out the familys medical history, and gradually develops an understanding of their music taste based on their listening habits.

I dont love the underlying argument that femininity and maternal instinct are monstrous forces that should be tamped down by programming and physical force, but I do appreciate the still-lingering paranoia about living in a world where every item knows you intimately. This is still the worst nightmare of many people, who are able to imagine some nefarious actor programming their shower to boil them alive, or their more embarrassing automated shipments being leaked to their enemies. Pats assistance also makes the family weirdly lazy and introverted, with the kids getting too used to the idea of shouting out vague commands to a bot and the dad deciding he never needs to go into the office again because his home computer is so much better. The primary ill of late-stage capitalism is that it separates us from each other with extreme convenience!

Smart House had two screenwriters William Hudson (this is his only listed film credit) and Stu Krieger. Krieger appears to be an in-house favorite of Disney Channels, as he wrote half a dozen films for them in total, including all of the Zenon films. Zenon is an overly optimistic response to the launching of the International Space Station in 1998, and his work on Smart House is an equally dramatic response to grandiose claims being made by Microsoft at the time. By way of being for kids, Smart House is allowed to overreact to something silly but almost two decades later its deranged cynicism looks more like a proof of concept for reasonable skepticism.

Its innate sexism does not look nice, but luckily thats not that cool anymore.

Obviously Disney, as an entity with its tentacles in just about every form of entertainment you can consume, is known for dreaming (or in some cases, hallucinating) about the future. From Disney Worlds Tomorrowland to the Disney film Tomorrowland; from The Wonderful World of Disney to the worlds of Meet the Robinsons and Pixars WALL-E, Disneys idea of the future is constantly cycling between a gleaming castle on a hill and a war zone where human connection is a thing of the past. More so than any other entertainment studio I can name, the future is part of the Disney brand. Its not surprising that even their direct-to-TV fictions tends to think harder and more specifically about burgeoning tech-related anxieties than anything made by their cohorts.

disney is known for dreaming about the future

Regardless of these movies failure to function as escapism, its maybe a little comforting to think that kids the nation over were absorbing these ambitious ideas.What determines whether Disneys original films truly hold up, however, isnt whether they predicted (or failed to predict) the technology of today but rather how well they articulated arguments about how we would feel about it. Yeah, we dont have holographic cats that chase mice and change color. We dont have homes that can rearrange our throw pillows for us.

But we still have looming questions about how much we trust artificial intelligence to contribute positively to our daily lives. We still dont know what to do with the subtle radicalizing powers built into messaging forums. We are still afraid of women, who just might be monsters by design! But being Disney products, Pixel Perfect and Smart House have happy endings human ingenuity and the innate desire to connect with other people is more powerful than whatever technological disasters the doofy male leads set loose. These films about our anxieties are far from cynical. They promise that the future will always be familiar in some key, comforting ways.

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NASA Wants Private Missions to Give It a Ride to Mars – Futurism

In Brief

NASA made a recent public request. They stated that they were looking for opportunities to hitch a ride on non-NASA missions to Mars. This might sound strange at first, but it makes sense. NASA is not the only agency launching and planning to launch missions into space, and bringing smaller NASA experiments aboard privately owned ships could allow for quicker advancements in research. NASA, along with many others, has ambitious plans of eventually sending manned missions to Mars. However, in order to further our explorations into space, we must first have more information.

Relying only on the data provided by NASA missions would slow progress. Partnering with private agencies like SpaceX would not hinder any privately-funded research, it would only add to the amount and type of information gathered.

NASA has big plans for the future. They have done extensive research into the possibility of terraforming Mars, had astronauts simulate living on Mars for an entire year, and continued planning unmanned missions to the Red Planet in order to learn more. There has even been recent discussion of creating an artificial magnetic field around Mars in order to terraform it over time and make it habitable for humans.

There is a lot of work ahead if NASA wants to put humans on Mars and, hopefully, one day terraform the planet. While there have been successful unmanned missions from NASA and other organizations, joining forces will allow for this progress to accelerate for the benefit of all parties involved. This wouldnt be a merger of institutions, but rather a smart way to combine resources and eliminate waste. More frequent research on Mars will lead to better science and more informed space exploration. And, as scientists continue to develop the best ways for us to exist on the Red Planet, it is important that we better understand the mysteries of Mars.

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New Study Confirms That the Future of Data Storage Is in DNA – Futurism

Information Handling

DNA contains information about a living organism. It codes everything in an living being. Thats why it makes sense for corporations like Microsoft to invest in research that studies howDNA can be used to store data. Unlike most of the existing data storage devices out there, DNA doesnt degrade over time, plus its very compact. For example, just four grams of DNA can contain a years worth of information produced by all of humanity combined.

As humankind progresses, the amount of data we produce and consume has been growing considerably. Gone are the days when a 1.44Mb floppy disk could fulfill our needs. This continual increase in data necessitates a more robust and durable data storage device. In a study published in the journal Science, Researchers Yaniv Erlich and Dina Zielinski demonstrated how DNA may be the answer to our data storage needs.

Erlich and Zielinski stored six files into 72,000 DNA strands, each 200 bases long. The files included a full computer operating system, a 1895 French film, an Amazon gift card, a computer virus, a Pioneer plaque, and a study by information theorist Claude Shannon. We mapped the bits of the files to DNA nucleotides. Then, we synthesized these nucleotides and stored the molecules in a test-tube, Erlich toldResearchGate. To pack the information, we devised a strategycalled DNA Fountainthat uses mathematical concepts from coding theory. It was this strategy that allowed us to achieve optimal packing, which was the most challenging aspect of the study.

To retrieve the data, the researchers used DNA sequencing technology and a software to translate the genetic code back into binary. To retrieve the information, we sequenced the molecules. This is the basic process, Erlich said. Remarkably, the recovered files were error-free.

Humanitys means of keeping data intact have greatly improved over the years. Weve moved from paper to magnetic film to microchips. But DNA presents an even better option. As Erlich explained:

DNA has several big advantages. First, it is much smaller than traditional media. In fact, we showed that we can reach a density of 215 Petabytes per gram of DNA! Second, DNA lasts for an extended period of time, over 100 years, which is orders of magnitude more than traditional media. Try to listen to any disk from the 90s, and see if its still good.

Erlich also believes that its time to move to a better technology. [T]raditional media suffers from digital obsoleteness. My parents have 8 mm tapes that are basically useless now, he added. DNA has been around for 3 billion years, and humanity is unlikely to lose its ability to read these molecules. If it does, we will have much bigger problems than data storage.

Asked when this technology could be made available, Erlich replied with an optimistic estimate. I would guess more than a decade, he said. We are still in early days, but it also took magnetic media years of research and development before it became useful.

Ultimately, research like Erlichs and Zielinskis leads to other opportunitiesto explore a future of biological computers. This opens the possibility of using molecular biology tools to assist computing, Erlich said. Usually, it is the other way around!

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Researchers Just Created a New Form of Matter – Futurism

A Super Combo

Theres a new form of matter out there and its called a supersolid. Born in the labs of researchers from the Massachusetts Institute of Technology (MIT), this new matter is seemingly a contradiction. The supersolid combines properties of solids and superfluids or fluids with zero viscosity, thereby flowing without losing kinetic energy. Supersolids have previously been predicted by physicists, but have not been observed in a lab until now.

It is counterintuitive to have a material which combines superfluidity and solidity, saysteam leader Wolfgang Ketterle, the John D. MacArthur Professor of Physics at MIT and 2001 Noble laureate. If your coffee was superfluid and you stirred it, it would continue to spin around forever. Their research was published in the journal Nature.

To develop this seemingly contradictory form of matter, Ketterles team manipulated the motion of atoms in a superfluid state of dilute gas, called a Bose-Einstein condensate, or BEC. Ketterle co-discovered BEC, which won him his Noble prize in physics. The challenge was now to add something to the BEC to make sure it developed a shape or form beyond the shape of the atom trap, which is the defining characteristic of a solid, Ketterle explained.

The team used laser beams in an ultrahigh-vacuum chamber to manipulate the motion of BEC atoms into a spin-orbit coupling basically an interaction of a particles spin with its motion. An initial set of lasers was used to convert half of the BECs atoms to a different spin or quantum phase. This created a mixture of two BECs. Transferring atoms between the two condensates using additional laser beams created a spin-flip.

These extra lasers gave the spin-flipped atoms an extra kick to realize the spin-orbit coupling, Ketterle said. The resulting matter, based on the predictions of physicists, would have to be a supersolid, as spin-orbit coupled BEC would have a spontaneous density modulation. In other words, its density would no longer be constant. Instead, it would have a stripe phase, which is a ripple or wave-like pattern similar to a crystalline solid.

The recipe for the supersolid is really simple, said MIT student and researcher Junru Li, but it was a big challenge to precisely align all the laser beams and to get everything stable to observe the stripe phase. However, observing this density modulation was difficult, Li added. The team had to use another laser whose beams were diffracted by the density modulation.

Further study of this supersolid could lead to better insight about the properties of superfluids and superconductors, which would be key to improved efficient energy transport. Supersolids may also be crucial to developing better superconducting magnets and sensors.

These applications are all still in the future, especially since this supersolid can only exist under ultrahigh-vacuum conditions in extremely low temperatures. For now, Ketterles team would continue to study the properties of the supersolid with further experiments involving spin-orbit coupling.

With our cold atoms, we are mapping out what is possible in nature, Ketterle said. Now that we have experimentally proven that the theories predicting supersolids are correct, we hope to inspire further research, possibly with unanticipated results.

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The James Webb Space Telescope Will Utterly Transform Our View … – Futurism

In Brief

Afterthe groundbreaking discovery of Trappist-1, it seems that our hunger for knowledge cant be satiated luckily, one new telescope might give us a lot to chew on.

With NASAs Hubble Space Telescope reaching its retirement after 25 yearsspentexploring the celestial heavens, we must look to thenew champion on the rise in 2018: the James Webb Space Telescope(JWST). The JWST is almost twice as large as the Hubbleand is equipped witha 22-meter (72-foot) sunshieldand a mirror with a diameter of 6.5 meters (21.3 feet).These components work together to allowthe JWST to collectseven times more lightthan the Hubble.

In the video below, deputy project scientist and NASA astrophysicist Amber Straughn introduces viewers to A New Era in Astronomy during the unveiling of the JWST at the Perimeter Institute for Theoretical Physics in Ontario.

This level of capability will allow the JWST to detect signatures so faint that evena bumblebee on the moonwouldnt be able to evade the telescope. With its powerfulmagnification and resolution, the JWST will focus on illuminating the galaxies that populate our identifying with its advanced infrared sensors the first planets, stars, and solar systems that succeeded the big bang and nowmake up our night sky.

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Resolute Futurism at Courrges – The Business of Fashion

PARIS, France It's not usual for designers to give an intimate speech to their audience, explaining the reasons and ethos behind a collection. That's what Sebastien Meyer and Arnaud Vaillant did at Courrges today. Despite the electronic screen and the sci-fi, glaring whiteness of the space, not to mention the resolute futurism of the clothes which, at Courregs, is a given it felt like a warm, inclusive gathering.

Andr Courrges debuted his eponymous collection exactly fifty years ago, in the very same place. He immediately became couture's foremost purveyor of young, bright new things. Apropos "Optimism" was the keyword for Meyer and Vaillant. Their approach to the label, wisely, is focused on the product: a series of well edited, and ingeniously rethought Courreges staples, served as such, not as looks. The colorful and sporty pieces from the collection were handed down to friends, who mixed them with their own stuff. Photographed by Reto Schmid, the resulting portraits were exposed in the room, closing the circle of this progressive show format. Welldone.

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Honda’s New System Gives Electric Vehicles ‘Unlimited Range’ – Futurism

In Brief

A new dynamic charging technology could give unlimited range to electric vehicles (EVs).

The term dynamic charging refers to a technology that can both supply power and perform charging while driving. The system was created by Honda, who claims that they have already developed a system ready for testing which they plan to demonstrate at WCX 17 SAE World Congress Experience next month.

Their dynamic charging system apparently has a charging power of 180 kW (DC 600 V, 330 A) while driving at a speed of 155 km/h (96 mph).

The concept is great in theory, but the biggest barrier here is cost. It wont be cheap to build the infrastructure required for such a system. Dynamic charging requires charging hardware to be built into or over the roadessentially creating a track that will wirelessly charge EVs that drive over it. Nevertheless, this kind of technology could be applied to highways to increase on-road time of EVs and allow them to cover longer distances.

While dynamic charging isnt an essential part of the EV revolution now, it could be a critical element foradoption down the line. So expect to see moretrials and studies aiming to refine the technology for future use.

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In Case You Missed it, The Blockchain Revolution’s Officially Begun – Futurism

Blockchain: More Than Bitcoin

Blockchain and cryptocurrency are relatively new. Most people might even think that Bitcoin invented just in 2009 and probably the most popular blockchain-based cryptocurrency out there is the only one of its kind. But blockchain is more than just Bitcoin.

Blockchain is a digital ledger of transactions. Its public and is not governed by a central body. As such, theres a relative level of transparency coupled with security through cryptography. In other words, its safe and reliable, and monitored by hundreds of miners who keep these ledgers. Its quickly becoming of interest to not just existing financial markets, buthumanitarian and sustainability efforts.

At the moment, blockchains are most frequentlyused for cryptocurrencies like Bitcoin. But it has other uses like what distributed public blockchain network Ethereum does. Instead of focusing on just digital money like Bitcoin, the Ethereum blockchain runs the programming code of decentralized applications, allowing for enterprise use. Transactions in the Ethereum network rely on a crypto-token (also known as security tokens) called Ether.

While theres specific no research lab dedicated to blockchain and cryptocurrency just yet, Hong Kong-based cryptocurrency research and development company IOHK wants to change that. IOHK was established in 2015 by Jeremy Wood and Charles Hoskinson, one of the founders of Ethereum. Theyre planning toinvest up to $1 million in two facilities for research: one at the University of Edinburgh, and the other Tokyo Institute of Technology.

The labs will cover topics such as cryptography, smart contracts, and how to upgrade cryptocurrency systems. Best of all, their research will be open source and accessible to everyone. This is commonly not done in the startup setting, Hoskinson told Business Insider. Usually, this is something you do if youre a company like Microsoft Microsoft has research campuses at many major universities.

Hoskinsonalso said that setting up these research labs can provide perspective and better understanding of the growing blockchain technology. After having discussions, they [the experts] said, actually we dont have answers to a lot of these fundamental questions, explained Hoskinson. We said, how do we get those answers? And they said, we need to write some papers, we need to do some basic research. Over time we started moving into the university research space.

We already know that blockchain is more than Bitcoin, but now that there will be research labs dedicated to understanding its potential, the future of the technology is bound to develop rapidly. The days of digital cash becoming globally dominant could arrive sooner than we think.

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Tesla’s Cars Will Soon Be Just As Affordable as Gas-Powered Vehicles – Futurism

In Brief

Part of Elon Musks grand plan of making the world a greener place and addressing the damage caused by climate change is ensuring that people have access to renewable technology. This means both introducing the technology and bringing the cost down so that people can actually have viable alternatives to traditional, carbon-emitting sources.

Teslas Gigafactory was a big part of this plan. Once the factory became operational, Tesla was gunning to reduce their battery cost by 30 percent. Now, a recent announcement from the company hints that it might be possible to bring it down even more. In a promotional video displayed in some stores, it seems that the factory was able to achieve a 35 percent reduction in battery cost.

No numbers have been officially released, but given the small bits of information that have gradually come outto the public, it seems that Tesla is definitely getting closer to that $35,000 price tag that the company is targeting for its Model 3.

Since 2001, battery cost for electric vehicles (EVs) has been reduced by80 percent. Even so, the current cost of todays long-range EVs is still not very affordable for most people. To be able to bring down the overall cost, the priceof battery cells and packs must significantly be lowered.

Early in 2016, Tesla said that price point was already below $190/kWh, prior to the Gigafactory starting production. With the factory now up and running, and the Tesla/Panasonic partnership already starting production for the 2170 battery cell, they could be able pull down the cost to $125/kWh.

The goal would be to reach $100/kWh. At this rate, EVs will be on par with gas-powered vehicles and chances are, people will be more likely to adopt the renewable technology if they can do so without having to spend more money.

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Scientists Have Made a Huge Breakthrough In Cryogenics – Futurism

Cryopreservation

Cryopreservation is the process of freezing organs and tissues at very low temperatures in order to preserve them. While it sounds simple in theory, only a handful of cells and tissues have survivedthis method. This is because while science has successfully developed ways to cool organs to the very low temperatures required for preservation, thawing them out has proven far more difficult. As the specimen thaws, itforms ice crystals, which can damage the tissue and render organs unusable.

Right now, the process is only a viable option for small samples, such as sperm or embryos. Previous efforts using slow warming techniques have proven to be effective on samples of that size, but havent worked forlarger tissue samples, like whole human organs. The inability to safely thaw the tissue has also precluded the theoretical concept of cryogenically preservingentire human bodies, with the intention of reanimating them later. The concept has roots in cryogenic technology, but is actually referred to as cryonics, and the scientific community generally considers it to be more science fiction than science fact at least for the time being.

A recentstudy has made a significant breakthrough which may well begin closing that gap even more. Using a new technique, scientists were able to cryopreserve human and pig samples, then successfully rewarm it without causing any damage to the tissue.

As lead researcher John Bischof from the University of Minnesota notes:

This is the first time that anyone has been able to scale up to a larger biological system and demonstrate successful, fast, and uniform warming of hundreds of degrees Celsius per minute of preserved tissue without damaging the tissue.

By using nanoparticles to heat the tissues at an equal rate, scientists were able to prevent the formation ofthose destructive ice crystals. The researchers mixed silica-coated iron oxide nanoparticles in a solution and applied an external magnetic field to generate heat. The process was tested on several human and pig tissue samples, and it showed that nanowarming achieves the same speed of thawing as the use of traditional convection techniques.

One theoretical application for this discovery would be, of course, bringing cryogenic life-extension techniques out of the realm of science fiction and into reality. But were not quite there yet.

A more practical application for the technique wouldbeto safely preserve and store organs for extended periods, thus improving the logistical challenges behind organ transplantation.

According to statisticsfrom the United Network for Organ Sharing, 22 people die every dayin the US while waiting for organ transplants. Contrary to popular belief, this isnt because there is a shortage of organs being donated its because organs cannot be preserved for more than a few hours. So, while there are available organs ready to be transplanted, the time it takes to find a matching recipient and transport the organ safely to their location often exceeds the window of time in which the organ remains viable for transplant.

Over half of donated hearts and lungs are thrown out each year because they dont make it to patients in time. They can only be kept on ice for four hours, and while some organs can last longer than others without a blood supply during transport, its still not a longenough in many cases.

If only half of these discarded organs were transplanted, then it has been estimated that wait lists for these organs could be extinguished within two to three years, Bischof adds. With the help of cryopreservation technology, we may be well on our way to keeping donated organs viable for longer meaning they could be transported to patients who need them even if distance and time stands between them.

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Scientists Have Made a Huge Breakthrough In Cryogenics - Futurism

The ISS Is Getting Its First African-American Crew Member in 2018 – Futurism

The Remarkable ISS

The International Space Station (ISS) may be an impressive technological marvel, but its also tangible proof of what humans can accomplish when we set aside political, religious, gender, or racial differences and focus on science.Built by Russia and funded by the United States, the $100 billion space station is the result of more than a dozen countries working together.

A remarkable amount of effort went into the successful creation of the ISS, which has now been in operation for more than 16 years. It currently orbits Earth at an altitude of 354 kilometers (220 miles), traveling at 28,163 kilometers per hour (17,500 miles per hour). The space station orbits our planet every 90 minutes, and an acre of solar panels keep the outpost running.

Right now, the ISS is home to several crew members from various nations, all of whom are focused on learning about how humans can live and work in space.It is arguably the most visible example of international cooperation and everything that can be achieved when nations collaborate.

Soon, a new addition to an ISS expedition crew will make history aboard the space station. When Jeanette Epps joins Expedition 56 in March 2018 as a flight engineer, she will become the first African-American to join the ISS as a crew member.

Epps holds a doctorate in aerospace engineering from the University of Maryland and served as a fellow in NASAs Graduate Student Researchers Project, an initiative that hopes to increase engagement amongst students who want to pursue advanced degrees in science, technology, engineering, and mathematics (STEM) fields.

In a recent interview with New York Magazine, Epps shared her thoughts on joining the ISS:

There have been three African-Americans who have visited ISS, but they havent done the long-duration mission that I am undertaking. Ill be the one spending the longest time on the ISS. As a steward, I want to do well with this honor. I want to make sure that young people know that this didnt happen overnight. There was a lot of work involved, and a lot of commitment and consistency. It is a daunting task to take on.

While Epps will be the first African-American to board the ISS for a long-term expedition, numerous African-American women have lent their expertise to the success of NASA. As far back as the 1950s, African-American women were contributing to humanitys mission to explore the unknown, and soon, Epps will be able to add her name to the list of people breaking new ground in space exploration.

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The ISS Is Getting Its First African-American Crew Member in 2018 - Futurism

Doctors Claim They’ve Cured a Boy of a Painful Blood Disorder Using Gene Therapy – Futurism

Potential Treatment

Gene therapy has been available for quite some time now. Advances in modern medical science, particularly in stem cell research, have made it possible to use DNA to compensate for malfunctioning genes in humans. The therapies haveeven proven effective fortreating rare forms of diseases. Now, a research team in France has shown that gene therapy may be used to cure one of the most common genetic diseases in the world.

The team, led by Marina Cavazzana at the Necker Childrens Hospital in Paris, conducted stem cell treatment on a teenage boy with sickle cell disease. The disease alters theblood through beta-globin mutations, which cause abnormalities in the blood proteinhemoglobin. These abnormalities cause the blood cells (which have an irregular shape, like a sickle, hence their name) to clump together. Patients with sickle cell disease usually need transfusions to clear the blockages their cells cause, and some are able to have bone marrow transplants. About 5 percent of the global population has sickle cell disease,according to the WHO. In the United States alone, the CDC reports that approximately 100,000 people have sickle cell disease.

The patient is now 15 years old and free of all previous medication, Cavazzana saidwhen discussing the outcome of their study. He has been free of pain from blood vessel blockages, and has given up taking opioid painkillers. Their research is published in the the New England Journal of Medicine.

The particular treatment given to the teenage boy at Necker Childrens Hospitalbegan when he was 13 years old. The team took bone marrow stem cells from the boy and added mutated versions of the gene that codes for beta-globin before putting these stem cells back into the boys body. The mutated genes were designed to stop hemoglobin from clumping together and blocking blood vessels the hallmark of sickle cell disease.

Two years later, the boys outcomelooks promising.All the tests we performed on his blood show that hes been cured, but more certainty can only come from long-term follow-up, Cavazzan said. Her team also treated seven other patients who also showed promising progress.

If the method shows success in larger scale clinical trials, it could be a game changer, saidDeborah Gill at the University of Oxford, The fact the team has a patient with real clinical benefit, and biological markers to prove it, is a very big deal.

Other research involving gene therapy is also showing similar promise. One which has already been approved by the FDA is a potential treatment for blindness. Others look at treating Parkinsons disease or evenprolonging human life. What these studies show is that gene therapyand stem cells may be able togive hope to patients with diseases that have long been considered incurable.

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Doctors Claim They've Cured a Boy of a Painful Blood Disorder Using Gene Therapy - Futurism

China Is Replacing 70000 Taxis With Electric Cars – Futurism

The Future of Taxis

Electric vehicles have been growing in popularity among fleet operators, and soon, Beijing may find itself earning a reputation as the hub of the electric taxi. The Chinese city is home to one of the most important taxi fleets in the world, numbering around 70,000, and under a new program for air pollution control that will begin implementation this year, those taxis will be going electric.

According to a report by National Business Daily, the transition to electric cars will cover all new taxis registered in the region. All newly added or replaced taxis in the city of Beijing will be converted from gasoline to electricity, according to a draft work program on air pollution control for Beijing, Tianjin, Hebei, and surrounding areas in 2017, the report reads.

The city isnt the first to push for electric taxis. Previously, Shenzhen and Taiyuan both announced similar policies for their taxis, but the move is significant for a municipality of over 20 million people.

The total fleet conversion is expected to cost around 9 billion yuan ($1.3 billion USD), but the cost is worth it. Electric cars will potentially save taxi companies from gas expenses and could lower maintenance costs. They will also help save the city from pollution, as Beijings populace is exposed to hazardous air quality on a semi-regular basis.

The move to electric cars isnt cheap, though, which is why Liu Jinliang, chairman of Geelys ride-hailing arm Caocao, hopes the government will provide subsidies to taxi companies. National Passenger Cars Association secretary-general Cui Dongshualso hopes that the government will speed up the construction of charging facilities.

This new mandate, coupled with the Chinese governments recentrelaxation of restrictions on car manufacturingin an attempt to draw more electric vehicles, demonstrates the countrys seriousness in investing in electric cars. According to Electrek, the nationis now the worlds biggest electric vehicle market, with a fleet of over 600,000 electric cars more than both the U.S. and European markets combined. Soon, theyll be adding another 70,000 to that total.

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China Is Replacing 70000 Taxis With Electric Cars - Futurism

Scientists Just Found Fossils Containing the Oldest Evidence of Life on Earth – Futurism

3,770,000,000 Years Ago

The origin of life has long been contentiously debated, often because researchers are trying to understandevents that occurredbillions of years ago. Adding to the debate is a recent discovery from deep in the exotic landscape of the Nuvvuagittuq (nuh-vu-ah-gi-took) belt in Canada where scientists have uncovered fossils they believe to be 3.77 billion years old. If theyre right, that would make their discovery the oldest fossil evidence on record.

Claims that speculate the age of ancient fossils always set the science world ablaze, mainly because very old rocks often undergogeological deformations. Everything from erosion to weatheringcan remove signs of life, making it highly unlikely wed find anything thousands, let alone billions, of years later. However, lead researcherMatthew Doddis confident that his teams Canadian discovery will hold up to the scrutiny.

The straw-shaped microfossils uncovered by the team were found in a part of Canada that once was a hydrothermal vent on the ocean floor. The microscopic microbes that created these fossils would have germinated around thevents to take advantage of their volatile chemistry to create fuel. When themicrobes died, iron in the water would latch onto their decaying bodies, eventually replacing their organic structures with stone that the researchers can now study.

After proper analysis, the youngest estimate of the microbes isaround 3.77 billion years. However, the microbes may be as old as 4.28 billion yearsthats only about260 million years after the Earth was formed.The research is published in the journalNature.

Our current understanding of the origin of life on Earth is that it dates back to 3.4 to 3.5 billion years ago. The present findings suggest that the first incidence of life occurred300 million years sooner than that, so if the age of the microbe fossils is verified, the implications would be tremendous.

In addition to the findings by Dodds team, the discovery of reportedly 3.7 billion year old fossils in Issua, Greenlandis awaiting verification as well. Those fossils indicated the existence of a photosynthetic bacteria, while Dodds team is suggesting their discovery is of a chemosynthetic bacterias fossil. The age and apparent diversity of these organisms suggests a much more profound outlook on the origin of life in the universe.

These fossils would challenge our fundamental understanding of the origin of life. We would have to revisit what we thought we knew about the potential for organic matter to flourish during a time when the Earth wasbombarded by asteroids, the environment was changing radically every hundred years, and the planets surface was sodden with molten lava. If life was able to develop under those conditions, were left with more questions than answers.

What we believed to be a steady process that required time and caution might just be something more sporadic, which would in turn suggest that life might be more of a cosmic phenomenon than just an Earth-based one. This could change how we think about the potential for life on other planets, or evenMars, which was teeming with oceansand warm 3.77 billion years ago.Not finding life on the Red Planet would tell us a lot, too, namely that life on Earth is due to some fluke or a phenomenon unique to our planet.

Now, all thats left to do is wait to find out if these ancient fossils are as ancient as their discoverers hope.

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Scientists Just Found Fossils Containing the Oldest Evidence of Life on Earth - Futurism

This Company is Disrupting the Way We Consume Videos – Futurism

In Brief

Our access to information in todays digital world is unprecedented in human history. The internet is the hub of everything, and its already changed the way weconsume information, including how we watch video content. In fact,according to a Nielsen study, people now watch YouTube more than traditional television, and on-demand services are more popular than ever.

Given the enormous amount of available content on YouTube, subscription-based sites like Netflix, and innumerable other sources online, the process of finding something you really want to watch can take a long time. According to one study, the average Americanwill end up spending fullyearsworth of time during their life just in the pursuit of something to watch.

Much of that time is wasted on listless browsing in the hopes of stumbling across something interesting especially if youve just finished binge-watching the latest season of your favorite Netflix series. Wouldnt it be nice to have a site that curates the videos that best match your interests? Wouldnt it be even nicer if that site could generate new content based on what you like, so you can just sit back, relax, and not bother with browsing at all?

Thats precisely what Neverthink.TVoffers.

Neverthink.TV doesnt just compile videos into one site; it collects videos from the internet in real time and groups them into different channels, everything from gaming and artto fashion and food.

For example, if you like technology, Neverthink.TV collects tech news videos from the internet and collates them into one channel for youto watch. It plays the latest videos one by one, so essentially, the site is bringing back the experience of watching TV, except this time, youll only see videos that youre likely to find interesting.

Neverthink.TV will change the way you consume video content, but it will do so in a manner familiar. It combines the best part of the past with the best part of thepresent to create the viewing experience of the future.

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This Company is Disrupting the Way We Consume Videos - Futurism

A New Cancer Treatment Has Given Terminal Patients a Second Chance at Life – Futurism

Could This Treatment Cure Cancer?

Despite the many advances in medicine over the last century, a cure for one of the most prevalent and devastating diseases in the world todaycontinues to evade us. But thanks to new research, that could soon change.

Kite Pharma, a US pharmaceutical company, just released the groundbreaking results of their six-month gene therapy trial: terminal cancer patients incomplete remission after just a single round.

The treatment filters a patients blood to remove T-cells, immune system cells that can be genetically engineered in a lab to identify cancer cells. Cancer cells thrive because of their ability to evade the immune system.This new therapy boosts immune cells so that they are able to eliminate cancer cells more effectively.

Patients who participated in the trial had one of three types of non-Hodgkin lymphoma. The advanced stageof their conditions meant all of them were given only a few months to live. However, following the first round of gene therapy, which took place nine months after the trial began, half the patients are not only still alive, but a third of themappear to be cured.

Among them is a 43- year-old named Dimas Padilla from Orlando, Florida whose cancer had stopped responding to chemotherapy. He completed the first round of the trials treatment last August, and his cancer is now in remission.

These results are promising and suggest that one day CAR-T cells could become a treatment option for some patients with certain types of lymphoma, said head cancer information nurse, Martin Ledwick from the Cancer Research UK, in an interview with The Telegraph.

While the results are promising and could prove to be life- changing for patients with terminal cancer, the treatment is not without risks.

Because the therapy essentially puts the human immune system to go into overdrive by radically altering human cells, complications are certainly possible some of which could be fatal. In fact, during the trial, two people diedas a resultof the therapy not because of the cancer. Some patientsimmune systems overreacted in its effort to kill the cancer cells, while others developed blood-count related issues such as anemia. Reports of patients suffering from neurological problems were also cited, but these side effectsapparently only lasted a few days.

More studies are needed tounderstand the therapys side effects, potential complications, and long-term benefits.

The trials full results wont be presented until April, and the pharmaceutical company still has to get approval from the European regulatory boards which means it will be a while yet before the therapy becomes available. Given the possible risks, it might give them enough time to study the therapy further and refine the process hopefully eliminating any adverse effects.

Although, as the Cancer Institutes Dr. Steven Rosenberg points out: Its a safe treatment, certainly a lot safer than having progressive lymphoma.

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A New Cancer Treatment Has Given Terminal Patients a Second Chance at Life - Futurism

Soon, We’ll Know if There’s Life on TRAPPIST-1’s Exoplanets – Futurism

An Astounding Discovery

In February, scientists from theEuropean Southern Observatory and NASAannounced the discovery of a new solar system TRAPPIST-1. It has seven Earth-sized planets orbiting a dwarf star, three of which are in the stars habitable zone.

Although TRAPPIST-1 is 40 light-years away, itsremarkable similarities to our own solar system make thediscovery very exciting to scientists. Of allthe solar systems we know of, weve never found one withseven planets let alone multiple Earth-sized planets. TRAPPIST-1sthree habitable planets have density measurements that make them appear to beEarth-like worlds.

Given what TRAPPIST-1s current configuration looks like, the planets located in the habitable zone or goldilocks zonecouldhave water at least theoretically. However, since itssolar systemssun is smaller than ours, theplanets would require a tighter orbitin order to support surface water.

Armed withinsights weve gathered about ourown solar system in recent decades, we have the knowledge and resources to study TRAPPIST-1 and possibly find life beyond our own planet.

Scientists also believe that some of the planets in TRAPPIST-1 are tidally locked to their star. That meansone side of the planet constantly faces their sun, bathing it inperpetual daylight, while the other side is always in the dark. While that doesnt sound much like the life we know on our planet, experts believe it wouldntcompletely negate the possibility of life: what reallymatters is the atmosphere.

We wont have to wait too long to gain further insight into kind of atmosphere these planets have: once the James Webb Space Telescope launches in October of next year, scientists will be able to study the planetsmore in-depth. Our knowledge of how tidally locked planets in our own solar system manage such extreme temperatures based on what weve already learned from Neptune and Jupiter will alsolend itself to a better understanding of how the TRAPPIST-1 planets work.

Granted, everything that we know about life stems from our understanding of life on Earthwhere we experience both day and night. Its wholly possibly that in planets where a diurnal cycle isnt the norm, lifedevelops very differently.

But as Dr. Jessie Christiansen, an astronomer at the NASA Exoplanet Science Institute at the California Institute of Technology, notes while speaking to theChristian Science Monitor, we could liken this to conditions some creatures on our planet know well: the life aquatic. If you think about life in the deep ocean, Dr. Christiansen says, it has evolved without a true diurnal cycle.

Here on our own planet, we are still constantly surprised by life discovered in sea floors, icy climates, deep caves, and other extreme settings. So, that being said,the idea that life could exist in TRAPPIST-1 shouldnt be too hard to fathom.

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Soon, We'll Know if There's Life on TRAPPIST-1's Exoplanets - Futurism