A Third-Party Shockwave in the Making

In the summer of 2025, a new wave of political speculation swept across the United States—not about Democrats or Republicans, but about a third force, a potential disruptor to the status quo. The instigator? Elon Musk, the controversial billionaire entrepreneur behind Tesla, SpaceX, and X (formerly Twitter). In a post that immediately went viral, Musk declared the formation of a new political movement: the America Party. The announcement shook both political elites and cultural commentators, igniting discussions about the rise of tech titans in politics, and whether figures like Musk could be the vanguard of a new political class.

While many observers dismissed the idea as a publicity stunt or a distraction from his growing business and legal woes, others took it seriously—perhaps because Musk, unlike most celebrity outsiders, commands an empire that spans space, energy, transportation, AI, and media. Add to that his 180 million+ followers on X, and you have a man who already influences public discourse more directly than many elected officials.

But what would a political movement led by Elon Musk actually look like? And what does this trend—tech billionaires moving into politics—mean for the future of American democracy?

Section I: Elon Musk’s Political Evolution

To understand Musk’s political ambitions, one must first understand his ideological evolution—or, more accurately, the absence of a fixed ideology. Musk’s political views have shifted over time, often depending on context and platform.

In the early 2000s, he donated to both Democratic and Republican candidates, including Hillary Clinton and George W. Bush. His priorities appeared pragmatic: tax credits for clean energy, deregulation for startups, and pro-science policy. However, by the early 2020s, Musk began to publicly criticize what he described as "woke culture," government overreach, and what he perceived as a leftward drift in mainstream politics.

Musk's acquisition of Twitter in 2022 marked a turning point. He fired much of the staff, reinstated banned accounts, and began tweeting almost exclusively about free speech, liberal overreach, and the dangers of censorship. These moves endeared him to conservatives and libertarians but alienated many on the left, cementing his reputation as a maverick anti-establishment figure.

He described himself as a "moderate" and a "political centrist," yet his posts increasingly aligned with the right on cultural issues and with libertarians on economic ones. While his critics labeled him a chaos agent, his fans saw him as a truth-teller with the money and brains to shake up a decaying system.

Section II: The America Party – Vision, Goals, and Infrastructure

Musk’s announcement of the America Party came via a short but symbolically charged post on X: "It’s time to disrupt the political duopoly. America deserves a new choice. #AmericaParty."

What followed was a flurry of speculation. Journalists, influencers, and Musk fans began dissecting every detail: would he run for office? Who would join him? Was this another "Boring Company" stunt, or a genuine attempt to build political capital?

Sources close to Musk suggested that the America Party would not function like a traditional political organization. Instead, it would resemble a startup: lean, data-driven, media-savvy, and disruptive. Key elements likely to define the party include:

• Tech-Driven Governance: Advocating for algorithmic decision-making, AI-informed policy analysis, and radical transparency in budgeting and surveillance.
• Free Speech Absolutism: A central tenet, heavily influenced by Musk’s own battles with platform moderation.
• Economic Dynamism: Pro-entrepreneurship, pro-crypto, and anti-tax, emphasizing economic growth through innovation.
• Cultural Libertarianism: Rejecting identity politics in favor of meritocracy and "rational discourse."

The party has already launched a beta platform with policy papers co-authored by AI tools and public polling integrated in real-time via the X platform. There are whispers of potential candidates—tech executives, scientists, and influencers—preparing to run under its banner in upcoming local and state elections.

Section III: Can Elon Musk Legally Run for President?

Despite the headline potential, Elon Musk cannot legally run for President of the United States. Born in South Africa in 1971, he is not a "natural-born citizen" as required by Article II, Section 1 of the U.S. Constitution.

This constitutional limitation has led Musk and his supporters to pivot the conversation. Rather than seeking the Oval Office himself, Musk may position himself as a kingmaker, funding candidates and influencing public opinion through his platform and immense media reach. If the America Party performs well in midterms, Musk could exert significant influence on U.S. politics without ever holding office.

Some legal scholars have speculated about challenging the “natural-born citizen” clause in court, but most agree it's a legal mountain that Musk is unlikely to climb.

Section IV: The Rise of Tech Billionaires in Politics

Musk is not alone. Over the past decade, a number of tech moguls have dipped their toes into political waters:

• Peter Thiel has funded right-wing Senate candidates like J.D. Vance and Blake Masters.
• Mark Zuckerberg launched the Chan Zuckerberg Initiative, with significant influence on education and health policy.
• Jeff Bezos owns The Washington Post and wields considerable influence in D.C.
• Sam Altman, CEO of OpenAI, has become a key figure in AI policy discussions.

These figures differ in ideology and tone but share a few common traits: vast resources, a belief in technocratic solutions, and an instinct for disruption. The convergence of wealth, media control, and ideology makes them uniquely positioned to influence democratic outcomes.

Critics argue that this creates an oligarchic distortion in democracy, where a few unelected elites shape policy to suit their interests. Proponents counter that tech leaders are better informed, more competent, and more accountable than traditional politicians.

Section V: The America Party’s Challenges

Despite its momentum, the America Party faces several formidable challenges:

• Ballot Access Laws: Each U.S. state has its own rules for party recognition and candidate placement. Achieving national ballot access requires significant time and money.
• First-Past-The-Post Voting: America’s electoral system punishes third parties, making it difficult to gain traction without spoiling races.
• Public Skepticism: While Musk has a large fan base, he is also deeply polarizing. His erratic behavior and controversial tweets may alienate swing voters.
• Media Hostility: Traditional media outlets have often portrayed Musk in a negative light, and he may face an uphill battle convincing mainstream audiences of his sincerity.

Still, Musk's strategy appears to focus less on immediate electoral success and more on narrative control. By framing himself as a disrupter, he can influence the political Overton window, much as Trump did in 2016.

Section VI: What If…? Future Scenarios for 2026–2032

1. Spoiler Effect: The America Party siphons off enough votes in battleground states to influence the outcome of the 2028 presidential election, possibly handing victory to a candidate Musk tacitly supports.
2. Legislative Power: By focusing on local and congressional races, the party builds a small but vocal presence in state legislatures and the U.S. Congress, pushing forward tech-friendly legislation.
3. Cultural Shift: The party fails electorally but succeeds in reshaping national conversations around AI, free speech, and governance.
4. Fusion with Major Party: The GOP, facing generational decline, absorbs elements of the America Party platform and rebrands around Musk’s ideological lines.

Section VII: Implications for Democracy

The rise of the America Party—and tech billionaires in politics more broadly—raises uncomfortable questions for American democracy:

• What happens when the public square is owned by private companies?
• Can a democracy function if its loudest voices are unelected billionaires?
• Should wealth translate to political influence—or is that the very definition of corruption?

These questions are not theoretical. They are being debated in real-time as the lines between commerce, culture, and politics blur.

Some see hope: perhaps these new political actors will fix a broken system. Others see danger: a slide into plutocracy, where elections become platforms for the ultra-rich.

The Startup-ification of Politics

Elon Musk's America Party may never win a national election. It may not even survive the next election cycle. But it represents something profound: the merging of startup culture with political ambition. In Musk’s world, government is slow, wasteful, and outdated—something to be hacked, streamlined, or replaced.

Whether you admire or fear Musk, it's clear that American politics is entering a new phase. The institutions of the 20th century are clashing with the visionaries (and egoists) of the 21st. If politics is the ultimate interface between citizens and power, Musk is betting that Silicon Valley knows how to upgrade it.

The question is: do the rest of us want that update?

#elonmusk #mars #president #usa #politics #tech #election #musk

A team of scientists used seismic data from the now-discontinued InSight mission to directly measure the properties of Mars' core. Analyzes have shown that the Red Planet has a liquid core consisting mainly of iron with a fairly large proportion of sulfur and oxygen. This research could help scientists better understand the history of Mars and why it is so different from Earth.

Seismic data collected by the InSight lander, which monitored the bowels of Mars for four years, allowed for a thorough characterization of the planet's core. Analyzes have shown that the Red Planet's core is about the size of our Moon and almost twice as dense. It is also liquid and consists primarily of iron with sulfur and oxygen.

How to explore the core of Mars?

We have been studying the Earth's core for over a century. Anyway, it doesn't present much of a problem now. Just place the seismographs in the right place and wait for the earthquake. And when they happen, scientists study them with the nearest seismograph, and then do the same with an analog device on the other side of the planet to observe the changes that have occurred in the propagating seismic waves after passing through the core.

As you can easily guess, the biggest problem with exploring the core of any other planet would be related to the need to place the appropriate equipment on it. But that's exactly what happened to Mars, on the occasion of the InSight mission, which came to an end in December last year (more on this in the text: Last photo from the InSight mission. The lander stopped responding).

The problem, however, was that scientists had, admittedly extremely sensitive, but only one seismograph for the entire planet. So how would it be possible to use the aforementioned tactic of exploring the nucleus on Earth? A happy accident turned out to be helpful here.

Surface quake and meteor impact

First of all, Mars is a difficult object to study because the seismic activity on this planet is significantly lower than on Earth. This is best illustrated by the fact that during the first (Martian) year of the mission, the ultra-precise SEIS (Seismic Experiment for Interior Structure) seismometer picked up absolutely no signal.

However, by chance, scientists with only one seismograph had the opportunity to study the effects of not one, but two seismic signals. The first was from a Martian surface quake that occurred quite far from the seismograph on mission day 976. The second was triggered by the fall of a meteorite that occurred elsewhere on the planet 24 days later.

A team of scientists tracked the course of these two seismic events and detected waves that traveled through the planet's core. By comparing the time taken for the waves to travel across Mars with those remaining in the mantle, and combining this information with other seismic and geophysical measurements, the scientists estimated the density of the material the waves passed through, as well as other properties.

What is the core of Mars?

What have we learned? First of all, it turned out that the core of Mars is both slightly smaller and slightly denser than originally thought. Its radius is estimated at 1,000 km. 780 to 1 thousand 810 km. The results of the analysis indicate that the Red Planet most likely has a completely liquid core, unlike Earth's combination of a liquid outer core and a solid inner core.

In addition, the researchers inferred details about the chemical composition of the nucleus. According to them, it contains a surprisingly large amount of light elements (elements with a low atomic number) - namely sulfur and oxygen - present in the innermost layer of the Martian core. The findings suggest that up to one-fifth of the mass of the nucleus consists of these elements. This differs significantly from Earth, where the core has a lower proportion of light elements, indicating that Mars's core is less dense and more compressible than Earth's core. This, in turn, suggests different formation conditions for the two planets.

“The properties of the planet's core can serve as a summary of how the planet formed and how dynamically it evolved over time. The end result of the processes of formation and evolution may be the generation or absence of life-sustaining conditions, explained Professor Nicholas Schmerr of the University of Maryland, co-author of the paper. “The uniqueness of the Earth's core allows it to generate a magnetic field that protects us from solar winds. The core of Mars does not generate this protective shield, so the conditions on the planet's surface are inhospitable to life, he added.

Although Mars does not currently have a magnetic field, scientists believe it did in the ancient past. This is evidenced by traces of magnetism remaining in the crust of Mars. This could mean that Mars has gradually evolved to its present conditions, turning from a planet with potential for habitability to a hostile environment. According to the researchers, interior conditions play a key role in this evolution.

#mars #redplanet #space #cosmos #core #science

A planetary parade or alignment occurs when five planets align beneath the moon in late March 2023, creating a stunning visual.

In the evening of Tuesday, shortly after sunset, observers will be able to catch the best glimpse of the alignment - which includes Mercury, Venus, Mars, Jupiter, and Uranus. According to Cameron Hummels, a computational astrophysicist at California Institute of Technology, much of the display will be visible on Friday and will continue to be visible for the next couple of weeks.

Many of these alignments are visible to the naked eye even in urban areas with significant light pollution. And they can be seen across the Northern and Southern Hemispheres. Under the crescent moon, you will be able to see the arrangement. To spot the display, Hummels suggested going out to a place with a good view of the western horizon just after sunset, when streaks of the colorful sunset are still visible and the sky is dark blue but not yet black. According to Hummels, northerners should look slightly southwest, while southerners should gaze northwest.)

The easiest planet to spot will be Venus, often referred to as the "evening star," since it is the brightest object in the night sky apart from the moon. Unless you're viewing from a prime location with no light pollution, it may be difficult to distinguish Uranus without binoculars or a telescope.

As seen in an artist's rendering, Jupiter and Venus are extremely close to one another. Jupiter and Mercury will hover just above the horizon beneath Venus and Uranus. As the sun's glare can obscure Mercury, it may be difficult to observe the planet without special equipment. But Hummels said they will be visible for about 20 to 30 minutes after sunset to careful observers.

The planetary parade will be topped off by Mars, sitting above Jupiter, Mercury, Venus, Uranus, and the moon. Its orange tint makes it easy to identify, says Hummels.

The planets will appear "like pearls on a necklace" across the night sky, Hummels said.

The alignment will cover just about 70 degrees of the sky. Hummels suggests using a thumb or closed fist to measure degrees in the sky. A fist at arm's length will cover about 10 degrees, and a thumb will cover about 1 degree.

In what sense does this mean?

It's possible to catch planets all together in a smaller patch of the sky every few years, but it's more rare. According to Hummels, planetary alignments should not be taken too seriously. In a way, it's like when your car's odometer shows a bunch of numbers - like 44,444. "It's cool and unusual, but it has no real meaning." This month, Jupiter and Venus appeared within half a degree of each other, among many fascinating celestial phenomena. An eclipse called a "ring of fire" will be seen on October 14, and a total solar eclipse will blot out the sun midday in April 2024.

#planets #planet #cosmos #space #science #planetparade #mercury #mars #venus

#mars