The Beginning of the End 2006

Drama

Runtime

7 mins

Language

Portuguese

Directed by

Gustavo Spolidoro

Made by

Clube Silêncio

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The Beginning of the End Plot Summary

Read the complete plot summary and ending explained for The Beginning of the End (2006). From turning points to emotional moments, uncover what really happened and why it matters.

A prelude newsreel frames the film as part of a broader package of information about the development of atomic energy, hinting that a time capsule buried in California will be opened in 2446. A respected scientist in the field of atomic research praises the discovery of atomic energy while also warning of its dangers, setting a balanced, cautious tone that runs through the story.

American scientists, guided by leading figures, have split the atom and have essentially beaten the Germans in the race to create an atomic bomb. With the assistance of these prominent minds, they inform the President that a monumental discovery has been made, and the scale of the achievement is made clear to the country.

In 1941, wartime urgency drives political leadership to authorize up to two billion dollars for a secret program—the Manhattan Project—to develop the weapon. By December 1942, at the University of Chicago, scientists working under the watchful eyes of military observers and international experts achieve the first sustained nuclear chain reaction, a landmark moment that marks the practical feasibility of their dangerous work.

A key military figure is tasked with coordinating the project, uniting scientific, industrial, and defense communities to bring the bomb from concept to reality. As the Pacific War intensifies, political leaders sustain their backing, and the project is moved to the remote laboratories of Los Alamos, New Mexico. Following the death of the president, the new administration maintains support for the project, recognizing the strategic stakes involved.

With the war in the Pacific pressing forward, orders are issued to deploy the weapon when the moment is right. The scientists accompany the crew transporting the device to a Pacific base for deployment in the war effort. During assembly, a researcher is exposed to radioactive material and dies, a sobering reminder of the grave personal risks attached to this groundbreaking work.

The climactic moment arrives on August 6, 1945, when the bomber Enola Gay drops the atomic bomb on Hiroshima, a decision that reverberates across the globe and reshapes the course of history. In the aftermath, the surviving officer returns home to tell Cochran’s wife about her husband’s death, closing a chapter that links extraordinary scientific achievement with devastating human cost.

The Beginning of the End Timeline

Follow the complete movie timeline of The Beginning of the End (2006) with every major event in chronological order. Great for understanding complex plots and story progression.

Newsreel foreword about the time capsule and atomic future

A prelude newsreel frames the film as part of a package of information about the development of atomic energy. It hints that the atomic bomb may be sealed in a California time capsule to be opened in 2446. The tone mixes scientific awe with a warning about the power to reshape history.

California, USA

Oppenheimer praises discovery but warns of danger

Physicist J. Robert Oppenheimer acknowledges the achievement and potential of atomic energy, praising the scientific breakthrough. He also cautions about the destructive potential and moral consequences of the weapon. His stance sets the film's tension between wonder and peril.

Scientists inform Roosevelt of the monumental discovery

American scientists reveal that the atom has been split and that Allied progress has outpaced the German effort. They inform President Roosevelt that a monumental discovery has been made. The moment frames atomic science as a matter of national security.

1941-1942 Washington, D.C.

Roosevelt authorizes the Manhattan Project

In 1941, Roosevelt authorizes up to two billion dollars for the Manhattan Project to develop an atomic bomb. The funding marks a turning point, mobilizing scientists, industry, and defense under a single national program. The decision launches a secret, massive effort that reshapes wartime strategy.

1941 Washington, D.C.

First chain reaction achieved at the University of Chicago

December 1942 marks the first sustained nuclear chain reaction, observed under the stands at the University of Chicago. Lieutenant Colonel Jeff Nixon and international experts watch as scientists demonstrate a controlled release of energy. The milestone validates the feasibility of an atomic bomb program.

December 1942 Chicago, Illinois

Nixon is assigned to Groves; project leadership forms

Lieutenant Colonel Jeff Nixon is assigned to General Leslie Groves, who is placed in charge of coordinating the project's scientific, industrial, and defense components. Groves begins consolidating resources and personnel across sites. The organizational framework for the bomb's development takes shape.

1942-1943 United States

Roosevelt dies; Truman continues support and moves to Los Alamos

Following Roosevelt's death in 1945, President Harry S. Truman continues support for the program. The project relocates to Los Alamos, New Mexico, becoming the central hub for design and assembly. Momentum toward deployment accelerates as the war presses on.

1945 Los Alamos, New Mexico

Truman orders use of the atomic bomb against Japan

In July 1945, Truman authorizes the use of the atomic bomb to compel Japan toward surrender. The decision reflects strategic calculations about casualties, timing, and ending the war. Military planners prepare for rapid deployment in the Pacific theater.

July 1945 Pacific theater, Japan (planned target area)

Cochran and Nixon travel to Tinian with the bomb crew

Cochran and Nixon are assigned to accompany the crew transporting the bomb to Tinian. The operation marks the transition from development to deployment. Tinian Island becomes the staging ground for the final assembly and delivery.

1945 Tinian Island, Mariana Islands

Cochran exposed to radioactive material and dies

While assembling the bomb, Cochran comes into contact with radioactive material and dies. His death underscores the latent dangers of handling dangerous isotopes during production. The loss reverberates through the team and families involved in the project.

August 1945 Tinian Island

The Enola Gay drops the bomb on Hiroshima

On August 6, 1945, the Enola Gay drops an atomic bomb on Hiroshima. The attack marks a grim milestone in warfare and global politics. The event triggers immediate and long-term consequences for Japan and the world.

August 6, 1945 Hiroshima, Japan

Nixon returns home to break the news of Cochran's death

After the mission, Nixon returns home to break the news of Cochran's death to Cochran's wife. The personal toll of the project becomes part of the public narrative as families are affected. The story closes with the human cost behind the scientific achievement.

August 1945 United States

The Beginning of the End Characters

Explore all characters from The Beginning of the End (2006). Get detailed profiles with their roles, arcs, and key relationships explained.

J. Robert Oppenheimer (Hume Cronyn)

A brilliant physicist whose enthusiasm for atomic energy is tempered by deep concern about its consequences. He guides, debates, and challenges peers as the project advances. His stance embodies the central tension between scientific wonder and ethical risk.

⚖️ Genius 🧭 Moral conflict 🧬 Leadership

Matt Cochran (Tom Drake)

An American scientist integral to the project who helps move the chain of discovery forward. He embodies the human costs of wartime science and ultimately dies after exposure to radioactive material. His arc underlines the personal stakes behind strategic breakthroughs.

🧪 Scientist 💔 Sacrifice 🧭 Duty

Dr. Enrico Fermi (Joseph Calleia)

A key member of the international team driving the project, bringing a wealth of experience to the Chicago and Los Alamos efforts. His involvement signals the global dimension of atomic research. He contributes to solving the technical challenges that define the era.

🧠 Physicist 🌍 Collaboration 🧪 Innovation

Dr. Marré (Victor Francen)

A scientist whose work anchors the theoretical and practical aspects of the bomb's development. He balances focus with awareness of the broader implications. His role highlights the collective effort behind a project of unprecedented scale.

🧬 Scientist ⚖️ Responsibility 🛠️ Collaboration

General Leslie Groves (Brian Donlevy)

The military leader orchestrating the Manhattan Project, merging scientific teams with industrial and defense capabilities. He drives the project forward under enormous pressure and tight control. His leadership reflects the wartime fusion of science and state power.

🎖️ Leader 🧭 Strategy 🛡️ Authority

Lieutenant Colonel Jeff Nixon (Robert Walker)

A military liaison assigned to Groves, overseeing operations and the movement of crucial assets. He becomes a conduit for information and the human element behind the project’s logistics. His presence underscores the blend of military discipline and scientific ambition.

🎯 Operator 🧩 Coordination 🧭 Duty

The Beginning of the End Settings

Learn where and when The Beginning of the End (2006) takes place. Explore the film’s settings, era, and how they shape the narrative.

Time period

1941-1945

Set during World War II, the film follows the U.S. wartime mobilization and the race to develop an atomic bomb. It covers Roosevelt's approval, the rapid expansion of the Manhattan Project, and the eventual use of atomic weapons in 1945. The timeline emphasizes scientific breakthroughs occurring under intense political pressure.

Location

Chicago (University of Chicago), Los Alamos, Tinian, Hiroshima, California

The story moves through major settings of the Manhattan Project: the wartime lab at the University of Chicago, the secluded research hub at Los Alamos, the Pacific staging area on Tinian, and the final bomb mission over Hiroshima. It also references a time capsule placed in California, linking the 1940s events to a future reveal. These locations anchor the film's blend of scientific development and strategic decision-making.

🏛 Wartime labs 🗺 War zones 🔬 Science history

The Beginning of the End Themes

Discover the main themes in The Beginning of the End (2006). Analyze the deeper meanings, emotional layers, and social commentary behind the film.

⚖️

Ethics

The film juxtaposes the praise for atomic energy with warnings about its potential for mass destruction. It explores the moral responsibilities of scientists when their discoveries can end war or reshape the world order. Across Oppenheimer and his colleagues, the tension between knowledge and consequence drives the narrative.

🧭

War Drive

The Manhattan Project is presented as a national effort propelled by urgency and secrecy. Government decision-making, military logistics, and industrial collaboration push scientific work forward at a breakneck pace. The story raises questions about whether victory justifies the risks involved.

💔

Human Cost

The narrative acknowledges the personal price of wartime science, including the death of Matt Cochran from radiation exposure. Families are left to cope with the fallout of technological breakthroughs. The film emphasizes that progress can come with painful sacrifices.

🕰️

Legacy

By framing the story as part of a time capsule destined for 2446, the film asks what the atomic era will leave behind. It highlights memory, responsibility, and the long shadow cast by a single invention. The capsule serves as a reminder that today’s choices echo through generations.

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The Beginning of the End Spoiler-Free Summary

Discover the spoiler-free summary of The Beginning of the End (2006). Get a concise overview without any spoilers.

In the shadow of a world at war, a hidden race unfolds beneath the hum of laboratories and the clang of steel. The film opens on a nation mobilized, its leaders whispering about a force that could reshape humanity—a power born from the atom itself. The tone is both reverent and foreboding, a blend of scientific wonder and the looming weight of responsibility, all underscored by a sweeping, thundering Dolby surround that feels as much a character as any person on screen.

At the heart of this quest stands Dr. J. Robert Oppenheimer, a physicist whose brilliance is matched only by his haunting doubts. He works alongside Matt Cochran, a dedicated researcher whose optimism fuels the team, and Dr. Enrico Fermi, the pragmatic guide whose steady hand keeps the experiment grounded. Dr. Marré offers a more philosophical perspective, questioning where the line between discovery and danger truly lies. Adding an unexpected voice, Albert Einstein provides a moment of reflective gravitas, reminding everyone that even the brightest minds must confront the ethical shadows of their work. Their interactions crackle with tension, curiosity, and the occasional wry humor, painting a vivid portrait of a community on the brink of something monumental.

Overseeing this scientific endeavor is the military cadre, beginning with Lieutenant Colonel Jeff Nixon, whose methodical observations bring a disciplined counterpoint to the laboratory’s fervor. He reports to General Leslie Groves, a commander tasked with weaving together the disparate strands of science, industry, and defense into a single, urgent mission. The political backdrop is set by President Franklin D. Roosevelt, whose visionary support launches the massive funding and secrecy required for the project, and later by President Harry S. Truman, whose steady hand promises to shepherd the effort through uncertain times. Their presence adds a layer of strategic calculation, hinting at the weight of decisions that extend far beyond the lab walls.

The film cultivates an atmosphere of relentless anticipation, where each breakthrough is tinged with both awe and unease. It invites the audience to linger on the delicate dance between ambition and restraint, and to wonder what destiny awaits those who dare to harness a force as raw and unforgiving as the atom.