Top 10 Scholars of the World

Daily writing prompt
If you could be someone else for a day, who would you be, and why?

here’s a list of ten influential scholars from various fields, although “top” is subjective and may vary depending on criteria like impact, citations, awards, and contributions to their respective fields:

Photo by Davis Su00e1nchez on Pexels.com
  1. Noam Chomsky (Linguistics, Philosophy, Cognitive Science): Known for his groundbreaking work in linguistics, Chomsky is also a prominent figure in political activism and philosophy. His theories on generative grammar have revolutionized the study of language.
  2. Stephen Hawking (Theoretical Physics, Cosmology): Renowned for his work on black holes, Hawking made significant contributions to our understanding of the universe despite battling amyotrophic lateral sclerosis (ALS). His book “A Brief History of Time” brought complex scientific concepts to a wider audience.
  3. Angela Davis (Social Activism, Critical Theory): A scholar-activist, Davis is known for her work in feminism, Marxism, and prison abolitionism. Her writings on race, class, and gender have had a profound impact on social justice movements globally.
  4. Michio Kaku (Theoretical Physics, Futurism): Kaku is a leading theoretical physicist known for his work on string theory and his popular science books exploring the future of technology and humanity. He’s a frequent commentator on science and technology in the media.
  5. Judith Butler (Gender Studies, Philosophy): Butler’s contributions to gender theory and queer studies have reshaped how we understand identity and performativity. Her book “Gender Trouble” is considered a seminal work in feminist philosophy.
  6. Edward Said (Literary Theory, Postcolonialism): Said’s work on Orientalism and colonial discourse has had a profound impact on literary studies, cultural studies, and postcolonial theory. His critiques of Western representations of the Middle East continue to influence academic discourse.
  7. Cornel West (Philosophy, African American Studies): A public intellectual and political activist, West is known for his work on race, class, and democracy. His blend of philosophy, theology, and social criticism has made him a prominent figure in contemporary American thought.
  8. Mary Beard (Classics, Ancient History): A distinguished classicist, Beard’s work on ancient Rome and Greece has brought new insights into the study of antiquity. Her engaging writing style and public engagement have made her a leading figure in popularizing the classics.
  9. Amartya Sen (Economics, Social Choice Theory): Sen’s contributions to welfare economics and social choice theory have earned him the Nobel Prize in Economics. His work on poverty, development, and capabilities has had a significant impact on global policy.
  10. bell hooks (Feminist Theory, Cultural Criticism): An influential feminist theorist and cultural critic, hooks’ work on intersectionality, love, and the politics of representation has been pivotal in feminist thought. Her accessible writing style has made her ideas accessible to a wide audience.

This list represents just a fraction of the many scholars making significant contributions to their respective fields.

Opportunity Cost Theory ( Assumptions , Explanation , Criticism )

Innumerable theories are formulated by Haberler , Ohlin , Samuelson , Leontief , Hecksher and many others dealing with the macro and micro parts of international trade .

The principle of Comparative Cost theory by Ricardo, despite being the basis of international trade, has been criticized by many economists .
Ricardo’s theory of comparative cost is based on the labour theory of value which means that labour is the only factor of production and labour is homogeneous .
Such assumptions are found to be unrealistic .

Gottfired Haberler ‘ s theory of opportunity cost overcomes these shortcomings and explains the doctrine of the theory in terms of ” the substitution curve’ ‘ or as Samuelson entitled it as ” production possibility curve “or “transformation curve ” .

Lerner called it the ” production indifference curve ” or ” production frontier .”

Haberler’s theory is found to be more realistic .

The Theory of Opportunity cost

Opportunity cost is the value of loss when choosing between two or more commodities.

To elaborate more ,
The opportunity cost theory says that if a country can produce either commodity X or Y , the opportunity cost of commodity X is the amount of the other commodity Y that must be given up in order to get one additional unit of commodity X .

The exchange ratio between the two commodities is expressed in terms of their opportunity costs .
The decrease in the quantity of the second commodity represents the opportunity cost of the additional quantity of the given commodity.

Haberler used the concept of opportunity cost with production possibility curves to illustrate international trade theory.

Assumptions :-

The following assumptions are formulated by Haberler to illustrate the theory :-

• There are only two countries , (A,B)
• Each country possesses two factors of production – labour and capital.
• Each country can produce two commodities , ( X and Y ,)
• There is perfect competition in both the factor and commodity markets .
• The price of each commodity equals its marginal money costs .
• The price of each factor equals its marginal value productivity in each employment .
• The supply of each factor is fixed .
• Factors are immobile between the two countries.
•. There is no change in technology .
• Trade between the two countries is completely free and unrestricted.

Key terms :-

Production possibility curve :-

A production possibility curve or transformation curve is the curve that shows various combinations of two goods that can be produced with available amounts of resources .
Production possibility curve shows that if an economy wants to produce more of one commodity ,it will have to transfer or divert resources from the production of another commodity to produce the one .

Different points on the production possibility curve show different combinations of the two goods . Points outside the curve are unattainable because of the scarce quantity of resources available.

Marginal Cost of Production :-
The marginal cost of production measures the change in the total cost of a good that arises from producing one additional unit of that good.

Marginal Rate Of Transformation :-
The marginal rate of transformation is the number of units of one product that can be increased by reducing the quantity of another product. It shows the number of goods that will be foregone to produce an additional unit of other goods while keeping the factors of production constant.

Comparative advantages: – A country can produce one commodity at a lower cost
than the other because of comparative advantages such
as favourable climate, natural resources, geographical
situation and efficiency of labour.

Explanation Of the Opportunity Cost Theory

The production possibility curve indicates such combinations of two commodities .
The shape of the production possibility curve determines the basis and the gain from international trade under the theory of opportunity curve .

The slope of the production possibility curve is determined by the ratio of units of the commodity given up in order to have one unit of the other commodity i.e by Marginal rate of transformation. (MRT)

MRT xy = ∆Y/ ∆X , where ,

X and Y are being produced by a country and some quantities of labour and capital input are used from the production of Y into the production process of commodity X.

Trade can take place only when each nation has a different MRT. The gains from trade for a particular nation depend on how much the
international exchange rates differ from that nation’s MRT. The greater the difference, the
greater is the gains from trade. The gains from trade rest further upon the amount of trade taking place. A larger volume of trade allows larger gains from trade and a greater
increase in the standard of living.

Following the assumptions , two countries say A and B enter into a trade together .

Two commodities X and Y are being produced by using various alternative combinations that a country can produce most efficiently by fully utilising it’s factor of production i.e labour and capital ,are homogeneous , with the available technology in the fixed proportion due to perfect substitutability .

Conditions :-

1:
Trade under Constant Opportunity Cost

The production possibility curve under constant opportunity cost is a straight line .

In the figure ,
PA is the production possibility curve of country A ,
PB is the production possibility curve of country B .

Country A can produce either
OP of Y , or
OA of X

Similarly , Country B can produce
OP of Y
OB of X .

The slope of the production possibility curve determines the relative price of the two commodities , since the opportunity cost of leaving a unit of one commodity in order to have an additional unit of another is constant , the cost ratio ( relative price ) is the same on all the points on the production possibility curve.

Since , the MRT is constant i.e the slope of the production possibility curve is also constant, trade between the two countries is not possible as no country stands to gain through the trade .

Trade Under Increasing Opportunity Cost :-

The production possibility curve under the increasing opportunity cost is concave to the origin because when a country specialises in the production of one commodity ,in which it possesses comparative advantage ,its opportunity costs increase .

In the above figure ,
AA1 is the production possibility curve of country A which is concave to the origin .
The slope of this curve shows that country A will specialise in the production of commodity X .
The larger amount of commodity Y will be given up to have additional amount of commodity X as we move from point A to A1
Thus ,the country faces increasing opportunity costs .

BB1 is the production possibility curve of a country which is concave to the origin .
The slope of this curve shows that country B will specialise in the production of commodity Y.
The larger amount of commodity Y will be given up to hsv additional amount of commodity Y as we move from B1` to B .
Thus , the country faces increasing opportunity costs.

Let us assume the international price ratio is given by the line PL in country A ,
and PL1 in country B.

The slope of line PL is greater than domestic price line aa ,making commodity X expensive in international market than in domestic market and resulting in the interest of country A to shift some factor of production from the production of commodity Y to commodity X , moving it’s production level from point K to point E.

It will export TR of X and import QS of Y ,
domestically consuming OT of X ,and OQ of Y .
The export and import can be shown by the “trade triangle ” CDE .

The slope of line PL1 is less steep than domestic price line bb ,making commodity Y expensive in international market than in domestic market and resulting in the interest of country B to shift some factor of production from the production of commodity X to commodity Y , moving it’s production level from point K1 to point E1

It will import D1C1 of X and export D1E1 of Y ,
domestically consuming OS1 of Y ,and OR1 of X.
The export and import can be shown by the “trade triangle ” C1E1D1.

Trade Under Constant Decreasing :-

When two countries experience decreasing opportunity costs their production possibility curves are convex to the origin.
Under decreasing opportunity costs , each country completely specialises in the production of only one commodity after trade because there are increasing returns based on internal economies of production .

In the figure ,
The production possibility curve of country A is AA 1 and B is BB1.

The pre trade production and consumption point of country A is K where it’s domestic price line aa is tangent to its production possibility curve and country B is K1 , where it’s domestic price line bb is tangent to its production possibility curve.

The international price line being BA1, if both the countries enter the trade ,
BA1 is steeper than the domestic line of country A , making X more expensive in the international market and resulting in shifting of resources of production to X from K to A1 .

On the other hand , the international price line BA1 is flatter than the domestic price line bb of the country making Y commodity expensive in the international market than in the domestic market and resulting in shifting of resources of production to commodity Y and moving from K1 to B .

Thus , country A will completely specialise in commodity X and B in commodity Y .
Now both the countries will move along with the international price line BA1,
Country A from A to point A1 upward , country B from B to point B1 downward and reach point C in consumption.

Note :-

The straight line tangent represents :-

‘A straight line tangent to the transformation curve indicates the ratio of market prices
of the two commodities, and the condition of tangency expresses equilibrium in production, that is, equality between prices and marginal costs stated in opportunity terms. Domestic demand conditions enter into this construction via community indifference curves, or simply
as a consumption point determined by a given arrangement of production and income distribution.”

Finally, tangency of a line representing the equilibrium international price ratio to
both transformation function and community indifference curve indicates equilibrium in
exchange, that is:

(i) Equality domestically between the marginal rate of substitution in consumption and marginal rate of transformation in production, and

(ii) Equality of the value of exports and the value of imports.

Critical Appraisal

As an alternative to classical comparative theory , the opportunity cost theory is more realistic .

The opportunity cost theory analyses pre- trade and post – trade situations under constant , increasing and decreasing opportunity cost whereas comparative advantage theory is based on constant cost of production within a country and comparative advantage and disadvantage between two countries.

Jacob Viber in his ” Studies in The Theory of International Trade ” ( 1937) criticized the opportunity cost theory of values which is the basis of Haberler’s theory .
Some of his criticism were :-

• Neglecting of welfare
• Failure in measuring in terms of strain , sacrifice or disutility.
• Neglecting Change in Factors of Supplies .
• Unrealistic Assumptions .

Despite criticism ,the opportunity cost theory has been regarded as more fertile because it can be readily extended into a general equilibrium system .

Theory of Social Evolution :- Herbert Spencer

 

Evolution was in the air and developmental thinking can be found in
a variety of different fields.

The word evolution was borrowed from Latin ēvolūtiō, ēvolūtiōnis, which means , “the act of unrolling, unfolding or opening .

Evolution is a process full of complexity .
Evolution is a principle of internal growth . It shows not merely what happens to a thing but also what happens within it .

Their term evolution is borrowed from the biological science of sociology ,Frome the term ” organic evolution ” .
Whereas organic evolution is used to denote the evolution of organisms ,social evolution is used to denote the evolution of human society .

Herbert Spencer (27 April 1820 – 8 December 1903) was an English philosopher, biologist, anthropologist, and sociologist famous for his hypothesis of social Darwinism.

Spencer in his essay “The Social Organism”,
stated that the social organism itself is subject to evolutionary developments as a separate entity and much of the idea that societies, like individual organisms, “spontaneously evolved” .

On passing from Humanity under its individual form, to Humanity as socially
embodied, social evolution can be exemplified .

Spencer said , “Evolution is an integration of matter and concomitant dissipation of motion, during which the matter passes from an indefinite, incoherent homogeneity to a definite, coherent heterogeneity and during which the retained motion undergoes a parallel transformation.”

One of the most important contribution of Herbert Spencer to Sociology is the theory of evolution

His principles included physical and biological evolution in order to elaborate and explain his theory of Social evolution.
He sketches a comprehensive account of evolution of the inorganic, organic, and
human and social realms.

He stated ,
In respect to that progress which individual organisms display
in the course of their evolution,”

He explained this course of evolution through , the development of a seed into a tree, or an ovum into an animal, constitute an
advance from homogeneity of structure to heterogeneity of structure .

He continue with, the change
from the homogeneous to the heterogeneous is displayed in the progress of civilization as a whole, as well as in the progress of every nation; and is still going
on with increasing rapidity.

Spencer adopted his principle of evolution from naturalist Charles Darwinwho developed the concept of evolution in his “Origin of Species” in 1859.

Herbert Spencer, used Darwin’s theory and applied it to how societies change and evolve .According to Spencer societies were bound to change automatically .

Spencer in his theory applied a comparison of societies with organisms that progress through changes similar to that of a living species.

He included three types of systems where societies can be compared to organisms .

The first system is the regulative system.
In animals, that would be the central nervous system and in societies, it would be a government that regulates everything.

The second system is the sustaining system.
For animals, that’s the giving and receiving of nourishment. For societies, that would be industry – jobs, money, economy and those sorts of things.

The third system would be the distribution system.
In animals, that would be the veins and arteries. In societies, it would be roads, transportation, internet – anything in which information and goods and services are exchanged.

Survival of the fittest” expounded by Darwin was highly believed by him . According to Spencer only strong creatures survive and evolve; only strong makes progress. And that animal has to struggle to preserve its existence.

All universal phenomena-inorganic, organic, super organic—are subject to the natural law of evolution.

A definite pattern of change is followed by all the phenomena of nature—the stars and planetary systems, the earth and all terrestrial phenomena, biological organisms and the development of species, all the psychological and sociological processes of human experience.

Herbert Spencer includes physical evolution in the form of indefinite incoherent situations to definite and coherent situations.
The underlying principles of physical evolution are a movement from simple to complex and homogeneity to heterogeneity.

According to him , following the Darwin theory of ” Survival of fittest ” the biological evolution only those creatures survive in the struggle for existence who are able to make effective adjustment with changing circumstances.

Herbert Spencer utilized these two principles, physical and biological evolution in order to explain social evolution.

Spencer’s theory of social evolution points out to two stages:

1. The movement from simple to compound societies.

This movement from simple to compound societies can be seen in four types of societies in terms of evolutionary levels

• Simple Society:
• Compound societies
• Double Compound societies
• Trebly Compound societies

2. Change from militant society to industrial society.

According to Spencer, the law of evolution is the supreme law of every becoming.
From the analysis of biological evolution Spencer established the theory of evolution.
He argued that the evolution of human societies, far from being different from other evolutionary phenomena. It is a special case of a universally applicable natural law.

According to some social thinkers Herbert Spencer’s has several criticism ,
They said that theory lacks practicability and is realistic.
It also lacks uniformity.
Qualities like sympathy, sacrifice, kindness, love etc. are of much Importance in human survival . These are quite different from the struggle for existence.

Despite of several criticism Spencer Theory of Evolution is the fundamental base for understanding evolution of man and society .

Contemporary anarchism

Anarchism is a process whereby authority and domination is being replaced with non-hierarchical, horizontal structures, with voluntary associations between human beings. It is a form of social organisation with a set of key principles, such as self-organisation, voluntary association, freedom, autonomy, solidarity, direct democracy, egalitarianism and mutual aid. Based on these principles and values, anarchism rejects both a capitalist economy and a nation state that is governed by means of a representative democracy. It is a utopian project that aspires to combine the best parts of liberalism with the best parts of communism. At its heart is a mix of the liberal emphasis on individual freedom and the communist emphasis on an equal society. Let’s unpack this a bit. The etymology of the term traces back to the Greek word “anarkhia”, which means “without rulers” or “without authority”. It stands for the absence of domination, hierarchy and power over others.

Whenever public protests ignite into violent behaviour, the mainstream media are often quick to refer to “anarchy” and to “anarchists”. Those who are referred to as anarchists are protesters who burn tyres or engage in battles with the police. In this narrative, anarchists are lawless hooligans and anarchy is about chaos and pointless violence. The political philosophy of anarchisms emerged in the mid-19th century – as part of the thought of Enlightenment. Key anarchist thinkers include Pierre-Joseph Proudhon, William Godwin, Peter Kropotkin, Mikhail Bakunin, Emma Goldman, and Max Stirner. Proudhon is credited as the first self-proclaimed anarchist and is often seen as the founder of classic anarchist thinking. In particular, he developed the concept of spontaneous order in society, where organisations can emerge without central or top-down coordination.

The most common definitions of anarchism stress two points; first, anarchists are opposed to any form of coercive authority; following from this, anarchists are opposed to state power and seek to destroy it. But even this basic definition ignores the important distinction between anarchists who emphasize collective action rather than individualism, or who avoid any strategies focused on the state (even its destruction. The last stand of traditional anarchism, which reached its high point in Spain during the 1930s, suffered a devastating defeat at the hands of Franco’s fascists and the criminal policies of the Stalinized Communist Party. A once vibrant international anarchist movement was in ruins by the end of the Second World War. In the United States, political repression and Red Squad terror decimated the anarchist ranks more than a decade earlier. Small, isolated groups of anarchists survived, but never again reached the influence once attained during the Spanish Civil War.

After World War II, anarchist groups and federations reemerged in almost all countries where they had formerly flourished—the notable exceptions being Spain and the Soviet Union—but these organizations wielded little influence compared to that of the broader movement inspired by earlier ideas. This development is not surprising, since anarchists never stressed the need for organizational continuity, and the cluster of social and moral ideas that are identifiable as anarchism always spread beyond any clearly definable movement.

Anarchist ideas emerged in a wider frame of reference beginning with the American Civil Rights Movement of the 1950s, which aimed to resist injustice through the tactic of civil disobedience. In the 1960s and ’70s a new radicalism took root among students and the left in general in the United States, Europe, and Japan, embracing a general criticism of “elitist” power structures and the materialist values of modern industrial societies—both capitalist and communist. For these radicals, who rejected the traditional parties of the left as strongly as they did the existing political structure, the appeal of anarchism was strong. The general anarchist outlook—with its emphasis on spontaneity, theoretical flexibility, simplicity of life, and the importance of love and anger as complementary and necessary components in both social and individual action—attracted those who opposed impersonal political institutions and the calculations of older parties. The anarchist rejection of the state, and the insistence on decentralism and local autonomy, found strong echoes among those who advocated participatory democracy. The anarchist insistence on direct action was reflected in calls for extra parliamentary action and violent confrontation by some student groups in France, the United States, and Japan. Anarchists also took up issues related to feminism and developed a rich body of work, known as anarcha-feminism, that applied anarchist principles to the analysis of women’s oppression, arguing that the state is inherently patriarchal and that women’s experience as nurturers and caregivers reflects the anarchist ideals of mutuality and the rejection of hierarchy and authority.

The most prevalent current in anarchist thinking during the last two decades of the 20th century (at least in the United States) was an eclectic, countercultural mixture of theories reflecting a wide range of artistic, literary, political, and philosophical influences, including Dada, Surrealism, and Situationism; the writers of the Beat movement; the Frankfurt School of Marxist-oriented social and political philosophers—especially Herbert Marcuse—and post-structuralist and postmodern philosophy and literary theory, in particular the work of the French philosopher and historian Michel Foucault.

Contemporary anarchism has some important differences, but also a great deal of continuity, with historical anarchism. Where it focuses on building an alternative in the “interstices” of capitalism, it accommodates to, rather than challenges, capitalism; and where it fetishizes street tactics, it generates more press than tangible success in either building the struggle or in challenging the state.But struggle teaches, and those anarchists most engaged in struggle and most concerned with finding the most effective means of winning a better world are looking for alternative ideas to make sense of the crises around us. Marxists and these anarchists should stand shoulder-to-shoulder in every aspect of struggle, whether fighting evictions, the far right, or budget cuts. And serious revolutionaries must consider what tactics will strengthen the movement and its chances of victory. Foolish acts of vandalism by unaccountable individuals only serve to disrupt and weaken the movement, and the best anarchists recognize this.

BIG BANG THEORY

BY: VAIBHAVI MENON

The Big Bang theory is the prevailing cosmological model explaining the existence of the observable universe from the earliest known periods through its subsequent large-scale evolution. The model describes how the universe expanded from an initial state of high density and temperature, and offers a comprehensive explanation for a broad range of observed phenomena, including the abundance of light elements, the cosmic microwave background (CMB) radiation, and large-scale structure. Crucially, the theory is compatible with Hubble–Lemaître law—the observation that the farther away a galaxy is, the faster it is moving away from Earth. Extrapolating this cosmic expansion backwards in time using the known laws of physics, the theory describes an increasingly concentrated cosmos preceded by a singularity in which space and time lose meaning (typically named “the Big Bang singularity”). Detailed measurements of the expansion rate of the universe place the Big Bang singularity at around 13.8 billion years ago, which is thus considered the age of the universe.

After its initial expansion, an event that is by itself often called “the Big Bang”, the universe cooled sufficiently to allow the formation of subatomic particles, and later atoms. Giant clouds of these primordial elements—mostly hydrogen, with some helium and lithium—later coalesced through gravity, forming early stars and galaxies, the descendants of which are visible today. Besides these primordial building materials, astronomers observe the gravitational effects of an unknown dark matter surrounding galaxies. Most of the gravitational potential in the universe seems to be in this form, and the Big Bang theory and various observations indicate that this excess gravitational potential is not created by baryonic matter, such as normal atoms. Measurements of the redshifts of supernovae indicate that the expansion of the universe is accelerating, an observation attributed to dark energy’s existence. Georges Lemaître first noted in 1927 that an expanding universe could be traced back in time to an originating single point, which he called the “primeval atom”. Edwin Hubble confirmed through analysis of galactic redshifts in 1929 that galaxies are indeed drifting apart; this is important observational evidence for an expanding universe. For several decades, the scientific community was divided between supporters of the Big Bang and the rival steady-state model which both offered explanations for the observed expansion, but the steady-state model stipulated an eternal universe in contrast to the Big Bang’s finite age. In 1964, the CMB was discovered, which convinced many cosmologists that the steady-state theory was falsified, since, unlike the steady-state theory, the hot Big Bang predicted a uniform background radiation throughout the universe caused by the high temperatures and densities in the distant past. A wide range of empirical evidence strongly favors the Big Bang, which is now essentially universally accepted.

According to the Big Bang theory, the universe at the beginning was very hot and very compact, and since then it has been expanding and cooling down. As the universe cooled, the rest energy density of matter came to gravitationally dominate that of the photon radiation. After about 379,000 years, the electrons and nuclei combined into atoms (mostly hydrogen), which were able to emit radiation. This relic radiation, which continued through space largely unimpeded, is known as the cosmic microwave background.

The Flash Theory: Iris Brings Back The Arrowverse Multiverse Post-Crisis

Warning! Spoilers ahead for The Flash season 7 episode 16, “P.O.W.”

The Flash season 7 is barreling towards its two-part finale and Iris West-Allen’s latest storyline could bring back the Arrowverse’s multiverse following its collapse in Crisis on Infinite Earths. Time and interdimensional travel have been heavily utilized in the shared universe ever since The Flash unlocked the titular character’s abilities to move backwards and forwards in time. The team’s trip to Earth-2 opened up yet another gateway to traversing the multiverse. While Crisis on Infinite Earths changed that for good, Iris’ situation could unlock the multiverse once again. 

Iris has been noticeably absent from two episodes of The Flash. In season 7’s episode 15, Barry revealed she wasn’t feeling well and was recovering from a bout of illness at home. In the following episode, however, Iris confirmed what she was experiencing was far more than a regular cold; when she sneezed, her eyes briefly and startlingly flashed green before returning to their normal color afterward. Why the illness is affecting Iris in this way remains unclear, but her symptoms have led her molecules to become unstable, inducing headaches and time displacement.   

At the end of the episode, Nora West-Allen confirms that Iris will be okay, but there’s no telling when her symptoms will clear up or what will happen before they do. That said, it’s possible Iris moving in and out of the timeline could play a crucial role in the future of the multiverse and the reason for her predicament may be hiding in plain sight.

Iris Is Phasing In & Out Of The Timeline

Iris’ absence from The Flash season 7’s episode 15 was suspicious, especially since it involved a possible pregnancy storyline that was happening without her. In the following episode, however, fans learned why Iris has been absent. As it turns out, her cold wasn’t a normal one and it was somehow causing her to phase in and out of the timeline. It got so bad apparently that Deon, the Still Force, swooped in to protect Iris by using his abilities to stabilize her from phasing through various temporal planes, moving her to “pure temporal strains” to keep her alive. If it wasn’t for Deon, Iris would have fractured through time itself, which doesn’t sound very pleasant and could have unprecedented repercussions.

This subplot creates an interesting twist considering everything happening on The Flash right now. Between what’s going on with Iris, the Godspeed clones, August Heart — who originated as Godspeed in 2049 pre-Crisis on Infinite Earths — coming into the picture, and Barry dreaming about Nora telling him there seems to be something wrong in the future, Iris’ timeline instability may be the one thing connecting each of these separate storylines. That said, the reason why she’s suddenly phasing in and out of the timeline has yet to be confirmed on the show, but all roads seem to be leading back to one cause.  

Iris Being Pregnant Is Causing Her To Be Unstuck From Time

Barry and Iris have been trying to conceive for a few episodes now. After Barry dreamed about Nora the first time, he assumed Iris was pregnant only for the results of the test to come back negative. However, this could have been a false negative. Considering that Iris’ presence in the timeline has been unstable, it’s possible that she is already pregnant and doesn’t realize it. What’s more, being pregnant with speedster babies won’t follow the same patterns of a normal pregnancy and it’s possible that Iris carrying metahumans is causing her to be unstuck from time. Her phasing in and out of the timeline could be The Flash’s equivalent to morning sickness. 

This could also explain why she will be able to regain her speedster powers in the season 7 finale. In the comics, Iris phases back and forth in time because it’s revealed she is actually from the future and was sent back to the 20th century by her birth parents. The Flash showrunner Eric Wallace has teased this storyline coming into play, but like with all things that make their way onto the show, it will probably be a loose adaptation from the comics storyline it’s based on. Traveling between timelines because of a pregnancy might be the closest the series gets to this particular comics arc in this instance.

Jay Garrick’s The Flash Return Hints At Alternate Earths Connection

Jay Garrick (aka, The Flash of Earth-3) was last seen prior to Crisis on Infinite Earths, warning Barry of the impending doom facing the multiverse. However, the speedster didn’t participate in the crossover, nor was he confirmed to be alive in the aftermath that saw the multiverse rebooted and Earth-1 merge with others (including Supergirl’s Earth-38) to become Earth-Prime. Jay will be appearing in The Flash’s two-part season 7 finale to aid in the Godspeed clone war. How his reappearance will be explained remains to be seen, but it’s possible he will show up courtesy of Iris’ temporal phasing. Jay originally hails from Earth-3 and his return to The Flash coinciding with Iris being able to phase through time (and maybe dimensions) could be connected. Iris may be acting as the bridge between Earth-Prime and Jay’s world without even realizing, and the superhero series might confirm that he is now from Stargirl’s Earth-2 instead.

Theory: Iris’ Temporal Phasing Brings Back The Multiverse

In The Flash season 6, Nash Wells detected particles of Eternium, an interdimensional (and multiversal) element, on Iris prior to the events of Crisis on Infinite Earths. At the time, nothing much came of it, just another tease that seemed to lead nowhere. However, this could come back into play now that Iris is phasing through temporal planes in season 7. It’s possible the combination of Eternium and her moving in and out of time now allows her to connect to not only different time periods on Earth-Prime, but alternate universes as well. Perhaps before she is finally stabilized, Iris will indeed fracture through time and that’s what breaks the barrier separating Earth-Prime from the rest of the multiverse, which has remained a secret post-Crisis.

Namely, Iris’ temporal instability could alert her and The Flash to the fact there are still other worlds out there despite the collapse of the multiverse during Crisis. After all, Stargirl exists on the rebooted Earth-2 and it’s been confirmed that Jay Garrick will make an appearance on the series in its sophomore season. And so Iris’ temporal imbalance could open the gateway to interdimensional travel once more, reestablishing the connection between Earth-Prime and other earths. There has to be a reason for why Nash detected Eternium on her. All of this could also be setting up The Flash’s five-episode crossover event in the fall. Whatever the reasons behind Iris’ phasing in and out of time, the introduction of this storyline for her could finally tie together so many loose plot threads for The Flash and the Arrowverse at large. 

WORMHOLE-That helps you to teleport

Wormhole theory

Wormholes were first theorized in 1916, though that wasn’t what they were called at the time. While reviewing another physicist’s solution to the equations in Albert Einstein’s theory of general relativity, Austrian physicist Ludwig Flamm realized another solution was possible. He described a “white hole,” a theoretical time reversal of a black hole. Entrances to both black and white holes could be connected by a space-time conduit.

In 1935, Einstein and physicist Nathan Rosen used the theory of general relativity to elaborate on the idea, proposing the existence of “bridges” through space-time. These bridges connect two different points in space-time, theoretically creating a shortcut that could reduce travel time and distance. The shortcuts came to be called Einstein-Rosen bridges, or wormholes.

“The whole thing is very hypothetical at this point,” said Stephen Hsu, a professor of theoretical physics at the University of Oregon, told our sister site, LiveScience. “No one thinks we’re going to find a wormhole anytime soon.”

Wormholes contain two mouths, with a throat connecting the two. The mouths would most likely be spheroidal. The throat might be a straight stretch, but it could also wind around, taking a longer path than a more conventional route might require.

Einstein’s theory of general relativity mathematically predicts the existence of wormholes, but none have been discovered to date. A negative mass wormhole might be spotted by the way its gravity affects light that passes by.

Certain solutions of general relativity allow for the existence of wormholes where the mouth of each is a black hole. However, a naturally occurring black hole, formed by the collapse of a dying star, does not by itself create a wormhole.

Wormhole

Through the wormhole

Science fiction is filled with tales of traveling through wormholes. But the reality of such travel is more complicated, and not just because we’ve yet to spot one.

The first problem is size. Primordial wormholes are predicted to exist on microscopic levels, about 10–33 centimeters. However, as the universe expands, it is possible that some may have been stretched to larger sizes.

Another problem comes from stability. The predicted Einstein-Rosen wormholes would be useless for travel because they collapse quickly. 

“You would need some very exotic type of matter in order to stabilize a wormhole,” said Hsu, “and it’s not clear whether such matter exists in the universe.”

But more recent research found that a wormhole containing “exotic” matter could stay open and unchanging for longer periods of time.

Exotic matter, which should not be confused with dark matter or antimatter, contains negative energy density and a large negative pressure. Such matter has only been seen in the behavior of certain vacuum states as part of quantum field theory.

If a wormhole contained sufficient exotic matter, whether naturally occurring or artificially added, it could theoretically be used as a method of sending information or travelers through space. Unfortunately, human journeys through the space tunnels may be challenging.

“The jury is not in, so we just don’t know,” physicist Kip Thorne, one of the world’s leading authorities on relativity, black holes and wormholes, told Space.com. “But there are very strong indications that wormholes that a human could travel through are forbidden by the laws of physics. That’s sad, that’s unfortunate, but that’s the direction in which things are pointing.”

Wormholes may not only connect two separate regions within the universe, they could also connect two different universes. Similarly, some scientists have conjectured that if one mouth of a wormhole is moved in a specific manner, it could allow for time travel

“You can go into the future or into the past using traversable wormholes,” astrophysicist Eric Davis told LiveScience. But it won’t be easy: “It would take a Herculean effort to turn a wormhole into a time machine. It’s going to be tough enough to pull off a wormhole.”

However, British cosmologist Stephen Hawking has argued that such use is not possible. [Weird Science: Wormholes Make the Best Time Machines]

“A wormhole is not really a means of going back in time, it’s a short cut, so that something that was far away is much closer,” NASA’s Eric Christian wrote.

Although adding exotic matter to a wormhole might stabilize it to the point that human passengers could travel safely through it, there is still the possibility that the addition of “regular” matter would be sufficient to destabilize the portal.

Today’s technology is insufficient to enlarge or stabilize wormholes, even if they could be found. However, scientists continue to explore the concept as a method of space travel with the hope that technology will eventually be able to utilize them.

“You would need some of super-super-advanced technology,” Hsu said. “Humans won’t be doing this any time in the near future.”

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