'Project Hail Mary' Writer Credits Not Going Woke For Film's Success

With an $80.6 million domestic opening weekend, a 95% critics’ score on Rotten Tomatoes, and a 96% audience score, Project Hail Mary is an undeniable blockbuster hit. By its second weekend, the movie crossed $300 million worldwide and dethroned Avatar: Fire and Ash as the top-grossing Hollywood film of 2026 in North America. It’s become the second-biggest non-franchise opening over the past decade, after Oppenheimer.

The Hollywood Reporter published a piece titled "Project Hail Mary: 4 Lessons Hollywood Won't Learn From Its Success," pointing to smart storytelling, sincerity, patience, and practical effects as the pillars behind the film's blockbuster performance. That's a solid four. But, it predictably missed the fifth, and arguably most important point: Don't go woke.

In the movie, Ryan Gosling plays Ryland Grace, a science teacher and biologist who wakes up alone on a deep-space mission to figure out how to stop a microorganism from dimming the sun. He eventually makes contact with an alien on the same mission, and the two team up to save their respective worlds from extinction. The premise could have easily become a vehicle for climate allegory and geopolitical moralizing, but it didn't.

Andy Weir, the author of the novel, sat down with Will Jordan - better known online as The Critical Drinker - on Jordan's YouTube channel shortly after the film's release. 

"For me, it's a great example of what you can do now with movies," Jordan said. "If you're faithful to the source material and you don't insult the intelligence of your audience, and give them something really interesting to grapple with, and you know, dare I say it, [don’t] try and shove, like, crappy identity politics into it, you end up with a goddam good movie at the end of it that the people just want to watch."

Weir's response was immediate and unambiguous. "I think you and me are kind of on the same wavelength there when it comes to fiction writing," he said. "I never put any politics or messaging in any of my stories at all. There's no deeper meaning; there isn't even any symbolism, even non-political. There's just no symbolism at all. My books are just purely to entertain."

Weir added. "You don't have to worry about the message." 

This is why Andy Weir will always be one of my favorite authors. His goal is to entertain, not lecture. pic.twitter.com/5KmvOvf8c4

— Lily* (@300mirrors) March 24, 2026

That's a best-selling author of two major Hollywood adaptations - The Martian and now Project Hail Mary - telling an audience of millions that the secret ingredient is the absence of an agenda. Not diversity hires. Not carefully calibrated representation metrics. Not a third-act monologue about social justice. Just a story, told well, about humans trying to survive.

The contrast with HBO Max's upcoming Harry Potter series couldn't be clearer. Last week, the teaser trailer for the first season dropped, and the internet promptly caught fire over the casting of Paapa Essiedu - a black actor - as Severus Snape. The show had been pitched as a more faithful adaptation of J.K. Rowling's novels than the original eight films were able to be. But upon the announcement of Essiedu’s casting, fans quickly pointed to original illustrations and decades of book descriptions of Snape, and realized this was not going to be a faithful adaptation of the novels.

Following the release of the trailer, social media has been flooded with "Black Snape" memes, AI-generated edits, and videos, many lamenting how certain Harry Potter storylines and character dynamics will land differently because of the race swap. The conversation about the new series has become almost entirely about casting politics and DEI, rather than storytelling.

That's exactly what Project Hail Mary avoided. Directors Phil Lord and Chris Miller, and a production that respected its source material, delivered a film people actually wanted to see.

Hollywood has a template now. It's not complicated. Serve the audience, not the agenda. The question isn't whether the lesson is available. It's whether Hollywood is willing to hear it.

Tyler Durden Mon, 03/30/2026 - 21:00

China's Breakthrough Lithium Battery Could Double EV Range To 600+ Miles, Survive -94°F Temp

Authored by Bojan Stojkovski via Interesting Engineering,

A team of researchers in China has unveiled an all-weather electrolyte designed to boost the performance of lithium batteries across a wide range of conditions. Scientists based in Shanghai and Tianjin report that batteries built with the new hydrofluorocarbon-based electrolyte delivered more than twice the energy density of conventional designs when tested at room temperature. 

Fluorine-based electrolyte could improve EV and drone battery efficiency.

Beyond efficiency gains, the team says the chemistry remains stable in extreme environments, with batteries continuing to operate effectively at temperatures as low as minus 94 degrees Fahrenheit. 

The development points to a potential path for longer-lasting, more resilient batteries suited for EVs and other demanding applications, where both energy density and reliability under stress are critical.

Batteries can store up to three times more energy

In a study published last month in the journal Nature, researchers outlined how hydrofluorocarbon-based electrolytes could help overcome long-standing limits in battery power and energy density. 

The team found that, for the same battery mass, energy storage capacity at room temperature could increase by two to three times compared to conventional designs. In turn, this suggests a  viable route toward significantly more efficient lithium batteries, with implications for EVs, grid storage, and other high-demand applications, the South China Morning Post reported.

The advance could significantly extend electric vehicle range, potentially increasing it from roughly 310–370 miles to about 620 miles on a single charge, the scientists noted. Beyond EVs, the technology may also enhance the performance of devices such as smartphones, drones, robots, and even spacecraft, particularly in extremely cold environments where conventional batteries tend to struggle.

At the core of any battery is the electrolyte, a chemical medium that allows ions to move between the positive and negative electrodes. For decades, most lithium battery electrolytes have relied on oxygen- and nitrogen-based compounds because they effectively dissolve lithium salts. However, these materials have limits – they don’t transfer charge as efficiently under stress, which can slow down charging, reduce performance in cold conditions, and in some cases, raise safety concerns.

New electrolyte powers lithium-metal cells in extreme temperatures

The team, part of Nankai University and the Shanghai Institute of Space Power-Sources (SISP) under the China Aerospace Science and Technology Corporation, developed fluorine-based electrolytes for lithium-metal batteries that offer lower viscosity, improved stability, and enhanced performance in cold conditions. 

Using one of their hydrogen-, fluorine-, and carbon-based electrolytes, the researchers produced lithium-metal pouch cells with an energy density exceeding 700 Wh per pound at room temperature and around 400 Wh per pound at minus 58 °F.

By comparison, conventional lithium batteries reach about 136 Wh per pound at room temperature, dropping to roughly 68 Wh per pound at minus 4 °F. The researchers reported that even at minus 94 °F, their fluorine-based electrolyte maintained high efficiency and stable charge-discharge cycles.

Even with strong performance at both room and extremely low temperatures, the team noted that the electrolyte’s high-temperature stability still needs improvement. Raising the boiling point of the electrolytes could open the door to true all-climate applications, making the technology viable across a wider range of environments.

Tyler Durden Mon, 03/30/2026 - 20:35