May 2025 · National edition

Science

The Week in Particle Experiment

A Science desk reading of particle experiment, filed 2025-05.

From the file. Written for the paper dated May 2025. Opened in the public stacks July 14, 2026.

In the rapidly advancing world of particle physics, the latest experiments are not only pushing the boundaries of what we know about the universe but also revealing a bipartisan habit of selective memory that both sides of the political aisle seem to embrace.

An illustration of the planet Mars, highlighting NASA's Mars Perseverance rover mission. https://photojournal.jpl.nasa.gov/catalog/PIA24348
An illustration of the planet Mars, highlighting NASA's Mars Perseverance rover mission. https://photojournal.jpl.nasa.gov/catalog/PIA24348. Photo: NASA

The Experiment's Background

Recent developments in particle experiments conducted at the Large Hadron Collider (LHC) have reignited debates about scientific funding and the importance of basic research. These discussions highlight how both political parties manipulate scientific achievements to fit their narratives, often neglecting the foundational role that public investment plays in scientific discovery.

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The LHC, which has been operational since 2008, is the world’s largest and most powerful particle accelerator. It has provided groundbreaking insights into the fundamental particles that constitute our universe. One of its most famous achievements was the discovery of the Higgs boson in 2012, a monumental moment often celebrated by politicians as a triumph of American innovation, despite the international collaboration that made it possible.

President Biden Previews Images from Webb Space Telescope
President Biden Previews Images from Webb Space Telescope. Photo: NASA

Selective Memory on the Left

On the left, there is a tendency to champion scientific advancements as a victory of progressive values, often touting funding for scientific research as a hallmark of their policy. Yet, there is a curious amnesia surrounding past debates where funding for scientific initiatives faced significant opposition from the same voices now eager to take credit. The narrative that science is a universally supported frontier ignores the fierce battles fought over budget allocations in Congress, where funding is often seen as a zero-sum game.

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Moreover, the left's enthusiasm for issues like climate change and public health research can sometimes overshadow other areas of scientific inquiry, such as nuclear physics or space exploration, which are equally deserving of investment. This selective prioritization can lead to a distorted view of science as a tool only for certain agendas, rather than a universal human endeavor.

"Science is not partisan, yet its funding often is."

Selective Memory on the Right

Conversely, the right has often embraced a narrative that dismisses scientific consensus when it conflicts with economic or ideological interests. In recent months, there has been a resurgence of skepticism regarding climate science, despite overwhelming evidence supporting its validity. The very same politicians who once lauded the LHC’s findings now question the legitimacy of scientific data when it does not align with their economic policies.

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This is not to say that there is no room for skepticism in science - healthy debate is a cornerstone of the scientific method. However, the right's tendency to selectively embrace scientific findings that support deregulation, while casting doubt on those advocating for environmental protections, illustrates a narrower vision of how science can serve society. It is a classic case of cherry-picking data to justify predetermined conclusions, rather than allowing evidence to inform policy.


Common Ground in Science

Interestingly, both sides of the aisle often overlook the common ground that exists in the scientific community. For example, the LHC's experiments have implications that reach beyond partisan divides, yielding technologies that benefit everyday life, such as advancements in medical imaging and cancer treatment. These outcomes illustrate the importance of bipartisan support for scientific research, as innovations often arise from unexpected discoveries made during such experiments.

Moreover, the necessity for public funding in science - an issue that transcends party lines - often gets lost in the noise of political rhetoric. Both sides must recognize the essential role that government plays in funding large-scale scientific projects, which, while costly, have the potential to yield immeasurable returns on investment in terms of knowledge and societal advancement.


Moving Forward

As we reflect on the latest findings from particle experiments, it is crucial for both sides of the political landscape to adopt a more nuanced understanding of science. This begins with acknowledging the complexities of scientific inquiry and the collaborative efforts that drive discovery.

Rather than using science as a political tool, there is an opportunity for bipartisan collaboration that can lead to more significant advancements. By promoting a culture that values scientific integrity over partisan gain, we can ensure that the achievements of the LHC - and other scientific endeavors - are celebrated as victories for all of humanity, rather than as trophies for political factions.

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