The Dynamic Now

From the time of the ancient Greeks until the Scientific Revolution, physics (physis: nature) and metaphysics (being) were not separate disciplines. For Aristotle, physics was simply the study of being in motion. Nature, soul, cosmos, and causation were all part of one continuous inquiry into what reality is.

Then came Galileo, Descartes, and Newton. With them, physics became measurable, predictable, external, and governed by formal mathematics. Physics stopped asking “Who am I?” and began asking “What can I measure?” Descartes formalized the split as res extensa: extended matter, versus res cogitans: thinking mind. In simpler terms: the external versus the internal, matter versus consciousness.

Newton made physics self‑sufficient by making space and time real, absolute, and mathematical. By the 19th century, physics had become quantitative prediction, and philosophy was pushed into the qualitative: epistemology, ethics, logic, and mind.

Einstein widened the gap before narrowing it again. Relativity merged space and time into a geometric structure, still external and measurable. But by making the observer essential, Einstein inadvertently reintroduced interiority into physics: the qualitative. Quantum mechanics went further: measurement, indeterminacy, and the wavefunction raised questions that belonged as much to metaphysics as to mathematics. The wall between physics and philosophy began to thin.

Into this moment stepped Henri Bergson (1859–1941), a French mathematician turned philosopher, who insisted that time was not merely a parameter of physics but the very foundation of reality.

For ordinary experience and for physics, from a first‑grade pupil to Einstein, time is the measurable dimension in which events occur in sequence. It provides the framework for durations, intervals, and rates of change.

Bergson meant something entirely different. His “time” was not a dimension, not a sequence, not a container for events, and not a parameter for measurement. It was the qualitative continuity of internal transformation; something lived rather than measured. This transformation is not a movement through time but the creative activity of the present itself. The past endures as memory; the future has no being whatsoever. Time does not progress; it continually recreates itself in the act of becoming. Bergson called this durée or duration: the interior form of exterior change.

The difficulty is that Bergson describes this inner transformation using terms that already presuppose time: succession, flow, duration, continuity, change. Charles Peirce, an American scientist, criticized him sharply for this looseness of vocabulary, remarking that “a man who seeks to further science can hardly commit a greater sin than to use the terms of his science without anxious care to use them with strict accuracy.” Peirce’s complaint is well‑aimed. If one is to understand Bergson, one must repurpose his vocabulary and strip away every temporal modifier; no before, no after, no flow, no succession. What remains is not time at all, but a single, indivisible field of internal self‑presence.

To understand Bergson’s “time,” one must first stop thinking temporally, which is only slightly more difficult than understanding quantum mechanics. But not impossible.

A good starting point is the moment he tried to explain his time to the smartest people on the planet: the infamous 1922 debate between Bergson, then 62, and Einstein, then 43, on the nature of time. Bergson argued that time cannot be reduced to measurement; that it is lived, continuous, qualitative. Einstein insisted that time was a physical quantity. Both agreed that Newton’s absolute time was wrong. But contemporary accounts suggest that Bergson “lost” the debate because he tried to redefine time beyond its physical meaning. In truth, it was a misunderstanding of vocabulary between physics and metaphysics; one that damaged Bergson’s reputation for decades.

The next place where Bergson could, and actually did, bury some of the ghosts of 1922 was in the discussion of the wavefunction. Schrödinger introduced the wavefunction in 1926 as a non‑relativistic formulation of quantum mechanics; Dirac later incorporated special relativity into the wave equation. Together these equations form the backbone of quantum theory. The wavefunction is a mathematical construct that assigns a probability amplitude to a particle’s spatial configuration at a given time.

In physics, the wavefunction evolves deterministically and yields probabilities. Its ontological status remains unsettled: is it real, or merely epistemic bookkeeping?

This is where Bergson’s insights into “time” provide an unexpected interpretive framework. He is not endorsing nor opposing Schrödinger’s or Dirac’s equations. He is just responding to the philosophical structure they reveal: a pre‑actual, indeterminate domain that becomes actual only in the creative present.

From a Bergsonian perspective, the wavefunction is a brilliant but limited abstraction. A spatialized map of a deeper, qualitative becoming. It does not represent multiple possible outcomes; it represents a pre‑actual indeterminacy that becomes determinate only through creative emergence. The future is not chosen from possibilities; it is invented. For Bergson, the future does not exist in any mode; not as possibility, potentiality, or structure.

Thus, the multiverse, the probability field, the branching of outcomes; these are abstractions that cannot exist in reality. They are mathematical artifices created to spatialize a pre‑actual, non‑spatial field of becoming. The wavefunction works, but until it collapses into a determinate actuality, it does not describe reality at all. Before collapse, the wavefunction functions in appearance only; it does not participate in being and lacks any ontological presence. Pre‑collapse, Plato would have regarded these mathematical artifices as shadows on the wall.

Physics describes possibilities; Bergson describes creative becoming. Becoming: our exterior view of the interior duration, is continuous transformation without discrete states: a flow in which something is always changing, always mutating, never simply is.

But the clarity of Bergson’s becoming brings us to an unavoidable question: if duration is truly one continuous creative flow, how can it admit the “degrees of tension” he introduces in Matter and Memory? In that work, Bergson describes a hierarchy of durée: a rich, contracted, unified flow in conscious beings; a relaxed, repetitive, almost discontinuous rhythm in inert matter. A person’s duration unfolds at a different rhythm than the rock he holds in his hand. This hierarchy appears to reintroduce the very spatialization he rejects.

Once different beings occupy different points on a graded scale, durée is no longer absolute. It becomes indexed. Quantified. Relativized. This is the point where Bergson’s system becomes unstable. On the surface, he seems to be reintroducing something like the physical time Einstein would recognize: qualitative and relative.

Bergson attempts to soften this contradiction by insisting that these are not different times but different intensities of the same underlying becoming. Ordinary matter is the most relaxed, repetitive, nearly spatialized form of duration; life is a denser, more contracted form; consciousness is the most unified and intense. He never uses the phrase “degrees of consciousness,” because he felt that would imply a measurable scale: a parameter belonging to the physical world. Instead, he speaks of “degrees of tension” to avoid turning consciousness into a quantity.

But this linguistic maneuver creates its own problem. The word tension inevitably suggests a scale, a gradient, a measurable difference. Bergson’s refusal to name it “degrees of consciousness” leaves him with a conceptual conundrum that was entirely avoidable. Had he framed these differences explicitly as an evolutionary transformation of interiority, the hierarchy would have folded naturally into his definition of durée without threatening its unity.

And durée was itself the conceptual result of free will. Free will was the starting point of his entire philosophy. His doctoral dissertation, Time and Free Will, was written to defend the reality of free action against the determinism of mechanistic science. Determinism denies probability because the future is fixed; Bergson denies probability because the future does not exist. His dissertation defends free action by grounding it in the creative invention of the new within the continuous flow of the now.

Duration was the concept he forged to make that defense possible.

Yet in defending free will, Bergson stretches durée beyond what the concept can comfortably bear. A free act, for him, is not a choice among pre‑existing possibilities; it is the undivided expression of the entire accumulated self in the living present. The future does not preexist; it is invented. This move is not logically required by free will itself. Free will does not require a continuous temporal flow; it can be grounded in timeless agency, modal openness, or discrete decision. But it is required by Bergson’s definition of duration as pure becoming. To preserve durée from any hint of spatialization, he eliminates the future entirely. In doing so, he solves one problem while quietly creating another.

This logic rules out Many‑Worlds interpretations of quantum mechanics. A branching multiverse is the ultimate spatialization of time: a library of pre‑written futures. Bergson’s metaphysics rejects this. The present is not a sample from a probability curve; it is a creative act. But by denying the future altogether, Bergson introduces a tension he never resolves: if consciousness creates the future moment by moment, what grounds this creativity? What anchors becoming?

If the future is invented, consciousness participates in creation.

But invention without a horizon risks becoming metaphysically weightless. Augustine avoided this problem by grounding human freedom in God’s eternal now. Bergson rejects Augustine’s solution, but only by stretching durée into a role it was never meant to bear. His “dynamic now” (my term) becomes the creaturely analogue of Augustine’s eternal now: mutable in us, immutable in God; yet he refuses to name the ground that would make such creativity fully intelligible. Still, Bergson’s symmetry has its own beauty: Augustine’s free will rests in an immutable, all‑knowing God in an eternal present, while Bergson’s rests in a consciousness that is mutable, ever evolving, in a dynamic now.

Bergson’s later works deepen this interiority. Memory is not stored in the brain; the brain merely filters and limits it. When he writes that “the past survives as pure memory,” his language misleads, because his “past” is not the past of ordinary usage. It is the accumulated interior continuity of experience carried forward in the living present. Nothing is behind us; everything endures within us. Identity is simply the persistence of this duration. And consciousness, for Bergson, is not a faster rhythm of matter but a qualitatively different participation in becoming, more than a rock not by degree, but by kind. This is the point where durée begins to take on a mystical contour, inheriting the role Augustine gives to God. Bergson places us, and I’m assigning implicit intent here, beneath God’s eternal now in a creaturely dynamic now.

From here, once consciousness becomes the locus of creative invention, Bergson’s system begins to drift toward a metaphysical center he never acknowledges. From the beginning it is moving in lockstep with theology, but he fights it the entire way.

In his Creative Evolution (1907), durée scales upward into the élan vital, an immanent creative impetus driving matter toward richer interiority. Evolution becomes a movement from minimal self‑presence (matter) to maximal self‑presence (consciousness). In The Two Sources of Morality and Religion, this ascent culminates in open morality, creative love, and mystical intuition.

But Bergson’s “open morality” introduces a deeper problem. He attributes to exceptional human beings a form of universal, creative love that looks far less like human psychology and far more like the divine charity of Augustine’s God. Bergson insists that open morality is a human achievement, yet he describes it in terms: universal love, boundless generosity, spiritual intuition, that belong not to ordinary human nature but to the perfection of God. If man is inherently self‑interested, as experience suggests, then open morality is not a human category at all. It is the venue of God, not man. In trying to elevate human morality, Bergson quietly imports a divine attribute into human consciousness, stretching his metaphysics beyond what duration can support.

This is not random becoming. It is a continuous intensification of interiority, experience accumulating until the lights turn on. Bergson refused to call this “purpose.” But given his thesis, especially free will, purpose behaves as if it were present. And purpose implies a whom.

In the end Bergson’s theory stipulates; rather than demonstrates, that consciousness requires duration, and from this stipulation the rest of his metaphysics follows with internal logic. But duration does not have to be real. Free will does not require a continuous temporal flow; the future can be open without a qualitative medium of becoming; and consciousness can exist without interpenetrating continuity. Once these alternatives are acknowledged, Bergson’s initial premise loses its necessity.

If duration is real, then becoming is real. If becoming is real, then novelty (creativity) is real. If novelty is real, then the future is open. If the future is open, then free will is real. If free will is real, then the universe is not closed. If the universe is not closed, then creation is real. If creation is real, then the universe has an interior dimension. If the universe has an interior, then the soul is not a metaphor but a structural feature.

The chain is coherent on its own terms, but the first link is conjectural. If duration is not real, then nothing that follows is necessarily false, but none of it flows from duration as the generative principle Bergson requires. His system becomes conditional rather than inevitable.

This is the chain Bergson followed, but he refused to complete the chain. Naming its endpoint would have pushed him into theology, which he resisted for most of his life. Had he completed the argument, his concept of duration may have survived but the color would have changed.

Bergson’s true achievement was to restore the interior as a dimension of reality. He showed that consciousness is not an illusion, that becoming is not reducible to geometry, and that freedom is not a trick of ignorance. But in doing so, he discovered more than he intended. Free will and memory do not require duration. Élan vital behaves as if it were fulfilling purpose. Open morality exceeds the human and borders on the divine.

The soul is interior, and consciousness is the soul. But interiority does not require temporal flow. Time belongs to the exterior world, not the interior one. Bergson’s mistake is to treat duration as the ground of consciousness, when in fact duration is only the mode of exterior becoming. The interior is atemporal presence; the exterior is temporal succession. Once this distinction is made explicit, the necessity of duration evaporates. The soul remains real, but it is not a flow. It is an interior identity that does not require time.

In the end, Bergson’s system converges on God, even if he refused to say the word.

Graphic: Henri Bergson by Henri Manuel. George Granthan Bain Collection (Library of Congress). Public Domain.

Web of Dark Shadows

Cold Dark Matter (CDM) comprises approximately 27% of the universe, yet its true nature remains unknown. Add that to the 68% of the universe made up of dark energy, an even greater mystery, and we arrive at an unsettling realization: 95% of the cosmos remains unexplained.

Socrates famously said, “The only thing I know is that I know nothing.” Over two millennia later, physicists might agree. But two researchers from Dartmouth propose a compelling possibility: perhaps early energetic radiation, such as photons, expanded and cooled into massive fermions, which later condensed into cold dark matter, the invisible force holding galaxies together. Over billions of years, this dark matter may be decomposing into dark energy, the force accelerating cosmic expansion.

Their theory centers on super-heavy fermions, particles a million times heavier than electrons, which behave in an unexpected way due to chiral symmetry breaking: where mirror-image particles become unequally distributed, favoring one over the other. Rather than invoking exotic physics, their model works within the framework of the Standard Model but takes it in an unexpected direction.

In the early universe, these massive fermions behaved like radiation, freely moving through space. However, as the cosmos expanded and cooled, they reached a critical threshold, undergoing a phase transition, much like how matter shifts between liquid, solid, and gas.

During this transformation, fermion-antifermion pairs condensed—similar to how electrons form Cooper pairs in superconductors, creating a stable, cold substance with minimal pressure and heat. This condensate became diffuse dark matter, shaping galaxies through its gravitational influence, acting as an invisible web counteracting their rotation and ensuring they don’t fly apart.

However, dark matter may not be as stable as once thought. The researchers propose that this condensate is slowly decaying, faster than standard cosmological models predict. This gradual decomposition feeds a long-lived energy source, possibly contributing to dark energy, the force responsible for the universe’s accelerated expansion.

A more radical interpretation, mine not the researchers, suggests that dark matter is not merely decaying, but evolving into dark energy, just as energetic fermion radiation once transitioned into dark matter. If this is true, dark matter and dark energy may be two phases of the same cosmic entity rather than separate forces.

If these hypothesis hold, we should be able to detect, as the researchers suggest, traces of this dark matter-to-dark energy transformation in the cosmic microwave background (CMB). Variations in density fluctuations and large-scale structures might reveal whether dark matter has been steadily shifting into dark energy, linking two of cosmology’s biggest unknowns into a single process.

Over billions of years, as dark matter transitions into dark energy, galaxies may slowly lose their gravitational cage and begin drifting apart. With dark energy accelerating the expansion, the universe may eventually reach a state where galaxies unravel completely, leaving only isolated stars in an endless void.

If dark matter started as a fine cosmic web, stabilizing galaxies, then over time, it may fade away completely, leaving behind only the accelerating force of dark energy. Instead of opposing forces locked in conflict, what if radiation, dark matter, and dark energy were simply different expressions of the same evolving entity?

A tetrahedron could symbolize this transformation:

  • Radiation (Energetic Era) – The expansive force that shaped the early universe.
  • Dark Matter (Structural Phase) – The stabilizing gravitational web forming galaxies.
  • Dark Energy (Expansion Phase) – The force accelerating cosmic evolution.
  • Time (Governing Force) – The missing element driving transitions between states.

Rather than the universe being torn apart by clashing forces, it might be engaged in a single, continuous transformation, a cosmic dance shaping the future of space.

Source: CDM Analogous to Superconductivity by Liang and Caldwell, May 2025, APS.org. Graphic: Galaxy and Spiderweb by Copilot.

Mamma Mia

Bohemian Rhapsody” was the eleventh track, and the first single released from Queen’s 1975 album, A Night at the Opera. Written by Freddie Mercury, the song has become the band’s signature tune and is hailed as one of the greatest rock songs ever recorded. Initially, critics were unsure what to make of the song, with some labeling it as a novelty, campy, calculated, and a brazen hodgepodge. However, they were all wrong. Rolling Stone ranked it 17th in its list of the 500 greatest songs in 2021, and Time ranked it among the top 100 songs written since 1923.

Mercury started writing the song in the 1960s, and it is a combination of three songs with multiple parts, including a cappella ballad, opera, and hard rock. This six-minute lament appeals to many, but everyone has their own interpretation of the song’s meaning. The band has never fully explained the lyrical meaning of the song, only stating that Freddie was a complicated individual with mercurial personality traits and habits. In the album’s Iranian release, it was mentioned in the liner notes that Freddie Mercury, of Indian and Persian descent, explained that ‘Bohemian Rhapsody‘ is about a young man who accidentally kills someone, makes a Faustian bargain by selling his soul to the devil, and ultimately calls upon God, Bismillah, to reclaim his soul.

Source: …Bohemian Rhapsody by Lily Rothman, Time, 2015. Graphic: Bohemian Rhapsody, Cover and Video by Queen, 2008.

Exploration 17: Time

I have a few questions. If time didn’t exist–

  • How old would you be when you die?
  • How would you separate your birth from that of your mother’s?
  • Would you be self-aware?
  • Or in a slightly diffent form, would life be possible?
  • What form would E=mc2 and F=ma take?
    • E and F=m–some form of a n-dimensional black hole?
    • E and F=0–absolute zero temp, nothingness? This seems silly.
  • What form would physics, the universe, and everything take without time?
  • Would mathematics be any different?
    • If mathematics is constant what would the metaphysical ramifications be?

Is time artificial, a construct, a rationalization for something we do not understand?

I’ll stop now.

It Happened Already

The Stars and The Earth or Thoughts upon Time, Space, and Eternity

By Felix Eberty

Translator: Josephine Caruana

Published by Comino-Verlag

Copyright: © 2018

A short read reflecting on the information carried by a photon as it reaches your eye from the far reaches of space.

Originally the book was published in two volumes, both together totaling less than 80 pages, in 1846 and 1847. The book sought the union of physics and religion, metaphysics; for God sees the past and the present as a single point in the space time continuum, time stopping when moving with the light, observing all in three dimensions rather than four. Eberty continues his thesis from an all-seeing God to a time when man’s technological progress allows him to see as God sees or the child of God becomes a god.

Eberty knowing that the speed of light was finite, about 300,000 km/s, contemplated that all visuals captured by any type of eye, human or otherwise, happened in the past. The past including an inconceivably, insignificantly small amount of time in the past, such as a plate of mac and cheese in front of you, is still in the past, what you see has already occurred. Jurgen Neffe, author of a biography of Albert Einstein, stated it succinctly “time travels with light”. Observing light traveling from a billion light years away exhibits events as they happened a billion years ago but if you traveled with those photons for those billion years the past occurs at the same time as your present.

Eberty’s thoughts on the meaning of time and space were recognized at the time not only as novel but metaphysical in nature, maybe not so much today.

A Waste in Time

A Wrinkle in Time   M Wrinkle 2018

Rated:  PG

Runtime:  109 minutes

Genre:  Adventure – Family – Fantasy – Science Fiction

Theaters:  February/March 2018

Streaming:  NA

els:  1.5/10

IMDB:  4.1/10

Amazon:  NA/5 stars

Rotten Tomatoes Critics:  5.2/10

Rotten Tomatoes Audience:  2.5/5

Metacritic Metascore:  52/100

Metacritic User Score:  2.9/10

Awards: NA

Directed by: Ava DuVernay

Written by:  Jennifer Lee, Jeff Stockwell (screenplay), Madeleine L’Engle (book)

Music by:  Ramin Djawadi

Cast: Oprah Winfrey, Reese Witherspoon, Mindy Kaling, Storm Reid, Levi Miller, Chris Pine

Film Locations:  Eureka, Los Angeles, Santi Clarita – California – US;  Hunter Valley, Wanaka – Otaga – New Zealand

Budget: $103,000,000

Worldwide Take: $39,000,000 (Opening Weekend)

Dr. Murray (Pine), an astrophysicist, referred to as Mr. Murray for reasons not stated, tells an audience of his peers that he can transverse 93 billion light years in the wink of an eye using a concept called tessering.  He is laughed off the stage. Later he disappears without a trace leaving his wife and two children adrift in the world without him. Charles Wallace (Deric McCabe), youngest sibling of the two Dr. Murrays and a child prodigy, discovers the three Ws: Mrs. Which (Oprah), Mrs. Whatsit (Reese Witherspoon) and Mrs. Who (Mindy Kaling); shape shifting, time travelers who are in search of a hero to save the universe. Charles Wallace introduces his socially inept sister, Meg (Storm Reid) to the Ws and they all convince her to be that hero; to search for her father and save the universe before the evil thing, It, destroys all that is light and good.

B Wrinkle 1962The movie is based on the Madeleine L’Engle’s 1962 book A Wrinkle in Time, a children’s book that was rejected 26 times before eventually finding a publisher: Farrar, Straus & Giroux. The book has been  in continuous print ever since.  The book, as with the movie, deals openly with evil while simultaneously equating Jesus with Buddha and other notable humans.  Publishers felt these topics too heavy for children and too anti-Christian for adults.  Later L’Engle hinted, because the hero was female, that misogyny also contributed to its multiple rejections. Elizabeth Bennett, Jane Eyre, Scott Finch, Dorothy Gale, Anna Karenina, Joe March, Lady Macbeth, and Natasha Rostova could not be reached for comment.

The director, Ava DuVernay, opened the movie with a brief comment on making the film and thanking the viewers for watching, almost begging them to like it.  This was a tact that I have never experienced before, at least that I can remember (maybe Walt Disney did the same with his movies).  At some level, I suspect, she was warning us that what was to follow was an absolute rotter.  She has managed to make a movie where not one single thing clicks.  It’s all strung together scenes with no audience connection, no avenues provided to bring the viewers into the movie. She gives us no reason to like this movie, just reasons to hope it ends soon.  DuVernay along with the writers Lee and Stockwell seem to have a lot of ideas to make great movies but using them all in one film is probably not wise.  The long drudgery of scene on the planet Uriel comes across as an excuse to film in 3D and imitate the 2009 film Avatar. Sorry, but James Cameron did it better.  For a children’s movie the writing was childish. The Ws tell Meg that her faults are her strengths.  Later Meg tries telling her brother that she is uncoordinated and we are supposed to believe that this is a strength that will conquer the big bad evil thing, It.

This is the first movie that a female director was given a $100 million for a budget.  I’m sure it’s not the last big budget for a woman but hopefully its the last for DuVernay.  As for Jennifer Lee it appears animation is where her talents are best utilized.

There is very little good to say about the acting. Oprah is thoroughly wooden throughout the movie and never quite figures out where to look when using the green screen.  Mindy Kaling reads her lines with no delivery —  sad. Meg has no ability beyond deer in the headlights wonder. Witherspoon was charming and excellent but not enough to cancel out the bad acting going on all around her.  Zach Galifianakis, playing the Happy Medium, was also fun and he had the only line in the movie that made me laugh.  He is lecturing Meg and she tells him he sounds like her mother.  Galifianakis responds in all seriousness, “Why is she a baritone?”.

My family watched this movie together at a theater, which we very seldom do anymore; streaming at home is so much easier.  With my wife and I were our 26 year-old daughter, 15 year-old son, and 3 year-old granddaughter. Not one of us 5 liked the movie.  Not the kid, not the teenager, not the young adult, not us slightly older folks.

The granddaughter didn’t exactly say the movie was bad, she just didn’t watch it.  While the movie was playing she found a better use of her time; passing out popcorn to the rest of us one kernel at a time.  In the end I’m not sure who Disney made this movie for or why they wasted everyone’s time with it.  Save your time and cherish your time, see something else with your precious time.  I haven’t seen a movie this bad in long time.

Dying Young

The Curious Case of Benjamin Button (Theaters – December 2008; Streaming – May 2009) M Button 2008Rated: PG  —  Runtime: 166 minutes

Genre: Drama – Fantasy – Mystery – Romance – Suspense

els – 7.5/10

IMDB – 7.8/10

Amazon – 4.6/5 stars

Rotten Tomatoes Critics – 7.1/10

Rotten Tomatoes Audience – 3.7/5

Metacritic Metascore – 70/100

Metacritic User Score – 7.3/10

Awards:  3 Academy Awards – Nominated for 13

Director:  David Fincher

Written by:  Eric Roth (story and screenplay), Robin Swicord (story), F. Scott Fitzgerald (story)

Music by:  Alexandre Desplat

Cast:  Brad Pitt, Cate Blanchett, Julia Ormond

Film Locations:  Cambodia; Montreal, Canada; India; Burbank, Los Angeles, California – Donaldsonville, Laplace, Mandeville, Morgan City, New Orleans, Louisiana, US; St. Thomas, US Virgin Island

Budget:  $167,000,000

Worldwide Take:  $379,000,000

Mr. Gateau, the best clockmaker in all of the southern US, is commissioned to build a clock for a new train station set to open in 1918. When the clock is unveiled, it is running backwards. Mr. Gateau, who lost a son to the recent war, affirms that it is running as designed; to  grant those lost to the war a way back to life and the living.  On 11 November 1918, Armistice Day, Benjamin Button (Brad Pitt) is born, wrinkled and worn, losing his mother to his birth and his father, abandoning him on the porch of an orphanage. Benjamin is a consistent contradiction, experiencing life in a counter-clockwise direction.

The Curious Case of Benjamin Button took 20 years, 7 potential directors prior to Fincher, 3 lead actors before Pitt, 3 different possible producers, and 2 production companies to finally deliver a product for the viewing public to consume. David Fincher brings his visual effect expertise to the forefront, as he usually does, with this enchanted story of love and time. He balances the CGI with a spellbinding collage of romance and courage that moves beyond the flesh. The visual effects are absolutely stunning, keeping this fantasy real and believable.  Fincher was likely the only director that could make this movie and keep the audience interested.

Brad Pitt contributes a somewhat predictable performance, detached but lovable, low-key and restrained, letting his body language provide the message, more so than his dialogue. It works and adds to the mystic of the film but it’s Cate Blanchett’s Daisy that draws you into this movie.  Daisy is a very complex character and Blanchett handles it with grace, charm, and a natural style that holds you in a delightful, enamored state of wonder throughout the film. Sad that she wasn’t even nominated for her more than deserving efforts by the Academy or the Golden Globes.

Benjamin Button is beautifully made, telling a story of true love that outstrips the concepts of time.