What Could Cause Planets to Collide?

Gravity’s cosmic billiards, alternative electric skies, and why it matters for Red Sky

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1. A headline that buries the lede

The New York Times piece, “This Is Not the Way We Usually Imagine the World Will End,” digests a new Icarus paper showing that a slow-moving, massive star brushing past our solar system billions of years from now could nudge planetary orbits into outright collision. The chilling takeaway: a close stellar fly-by makes our orderly system play gravitational bumper-cars.

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2. Gravity’s long-game of chaos

• Stellar traffic is inevitable. Gaia space-telescope data suggest about 33 stars cruise inside Proxima Centauri’s current distance from the Sun every million years.

• To matter, the passer-by must come within a few hundred astronomical units (AU). “Once you get a couple hundred times the distance from the Earth to the Sun, you can really start to destabilize stuff,” explains astronomer Nate Kaib.

• In 0.5 % of 10 000+ computer runs, at least one planet either collided or was ejected. The most likely victim? Mercury, whose already-quirky orbit can unravel the entire inner solar system in a gravitational chain-reaction.

Yes, the odds are slim—and the timescale is billions of years—but the scenario rewrites the familiar “Sun-swallows-Earth” ending with something more cinematic.

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3. Publish or perish — useful speculation or academic parlor game?

Peer-reviewed outlets like Icarus, The Astrophysical Journal, Nature Astronomy, and MNRAS reward bold simulations that probe the far future. Funding bodies—from NASA to the European Research Council—prefer papers that push computational limits, even when the payoff is largely what-if. That can feel hypothetical, yet such work stress-tests our models of orbital dynamics and informs planetary-defense priorities (think “what if a rogue body disrupts the asteroid belt in a nearer timescale?”).

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4. Beyond gravity: Enter the Electric Universe

Mainstream astrophysics runs on Newton and Einstein. Electric-Universe (EU) researchers counter that large-scale cosmic structure is equally, if not more, sculpted by electromagnetic forces flowing through plasma. In EU thinking, star-star interactions could discharge titanic currents that electrically reshuffle orbits—no lone close-pass required. This alternative framework energizes the catastrophic chain of events at the heart of my novel Red Sky, where planets don’t wait billions of years to misbehave.

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5. The SAFIRE Project—Now SAFIRE III: From Experiment to Energy Breakthrough

While mainstream astrophysics focuses on gravitational simulations like the Icarus paper, a quiet revolution has been unfolding in plasma physics—and it’s no longer theoretical.

Originally launched as a lab experiment to test the Electric Sun model, the SAFIRE Project (Stellar Atmospheric Function In Regulation Experiment) has concluded its research phase and transitioned into a commercial energy company known as Aureon Energy, headquartered in Canada.

So what did SAFIRE prove?

• High-energy plasma generation was achieved using externally applied electric fields within a spherical double-layered containment chamber. This created a self-organizing plasma envelope around a central electrode—mimicking certain solar characteristics.

• Transmutation of elements was documented. Samples exposed to the SAFIRE plasma showed unexpected isotopic and elemental shifts—suggesting atomic structure may be altered under extreme electric and plasma conditions.

• Extreme UV and ion acceleration effects were observed and quantified, consistent with the behavior of solar coronae and atmospheric discharge.

• Stable, scalable energy output was demonstrated under controlled conditions, with heat production suggesting potential application in thermal-electric conversion.

Thorium Based Reactor

Now rebranded as SAFIRE III, the project is entering the world stage as a Thorium Elemental Transmutation Reactor (ETR)—a modular, plasma-driven micro-reactor that can generate off-grid power. It’s designed to fit in 40-foot shipping containers, making it ideal for remote locations, data centers, military outposts, or disaster-response zones. Aureon states that the SAFIRE III system is currently undergoing third-party validation and commercial readiness testing, with plans to deliver reliable, clean, and secure power with minimal infrastructure.

“We have reached the point where our technology is ready to be scaled and deployed,” says the Aureon team. “What began as a plasma physics experiment is now a self-contained energy platform.”

Why isn’t this making headlines? One might ask why major science outlets like Scientific American or Nature News haven’t covered this story yet. It may be due to its unconventional origins—SAFIRE openly challenged the standard solar model—but the empirical results demand attention. With growing global demand for decentralized clean energy, SAFIRE III could be one of the most disruptive technologies of the decade.

For readers of Red Sky, this marks a pivotal moment. The story’s celestial disasters are inspired in part by the notion that electrical interactions—not just gravity—can destabilize or rejuvenate entire planetary systems. The SAFIRE results offer a glimpse of what happens when we stop assuming stars are purely nuclear and start experimenting with electric plasma as the source of stellar power.

Let’s hope science journalists take notice—there’s a universe of new physics just waiting to be written about.

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6. Where to follow the debate

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7. Red Sky and the narrative payoff

Red Sky catapults these academic musings into an imminent crisis: a rogue intruder does brush past, orbital dominoes topple in decades, and electromagnetic exchanges light the sky scarlet. Readers who’ve followed today’s post will spot the scientific DNA behind my fiction—equal parts Icarus simulations and Electric-Universe provocations.