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The Top Diseases We Choose to Stay Ignorant About, According to Scientists
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The Top Diseases We Choose to Stay Ignorant About, According to Scientists

by admin August 27, 2025


The old adage “ignorance is bliss” feels especially fitting when it comes to healthcare. In fact, new research reveals that one in three people avoids—or is likely to avoid—medical information.

In a study published in the Annals of Behavioral Medicine earlier this month, researchers investigated data from 92 studies involving 564,497 participants from 25 countries. Despite the fact that successful treatment often depends on early detection, their results indicate that many people are reluctant to engage in preventive care or checkups. These first-of-their-kind global estimates carry significant implications for health policy.

Avoidance highest for Alzheimer’s and Huntington’s

“Medical information is more accessible than ever, but many people choose to avoid it,” the researchers wrote in the study. “We found that nearly 1 in 3 people avoided or were likely to avoid medical information.”

People were most likely to avoid information about incurable neurodegenerative diseases—41% for Alzheimer’s and 40% for Huntington’s. Avoidance dropped slightly for serious but treatable conditions like HIV (32%) and cancer (29%) and was lowest for chronic, manageable illnesses like diabetes, at 24%.

The researchers described medical information avoidance as “any behavior designed to prevent or delay the acquisition of available but potentially unwanted information,” such as delaying or missing doctor’s appointments and refusing medical tests.

While one might suggest that a lack of information or high financial costs are to blame, the study includes Germany. There, health insurance companies communicate appropriate services to their members and usually cover the expenses. Unfortunately, however, the study did not allow for the direct comparisons of information avoidance between countries.

“One possibility is that the choice not to know is a deliberate one,” Ralph Hertwig, co-author of the study and director of the Center for Adaptive Rationality at the Max Planck Institute for Human Development in Berlin, said in an institute statement. “We have investigated this phenomenon—which we call deliberate ignorance—in other areas of life and found that there are a wide variety of reasons for it.”

Why do people avoid information about their health?

The team identified 16 key predictors of this avoidance. Interestingly, these did not include gender, race, or ethnicity. The most significant predictors were feeling overwhelmed, low confidence in managing one’s health, the fear of being judged, and mistrust and lack of confidence in the medical system.

“Patterns of avoidance varied across world regions, suggesting that differences in healthcare systems may influence behavior,” the researchers explained in the paper, adding that they did not investigate how medical information avoidance impacts patients’ health. “More research is needed to understand the psychological and medical consequences of avoiding medical information.”

In fact, the team highlights that their research does not judge if medical information avoidance is positive or negative—it reveals that the behavior is common and not always irrational. Furthermore, the identified avoidance predictors highlight potential areas for policy interventions.

For example, “our findings suggest that lower trust is associated with higher information avoidance,” lead study author Konstantin Offer, a predoctoral fellow at the Max Planck Institute for Human Development, said in the statement. “Restoring trust in the medical system could therefore lead to greater engagement with medical information.”

In other words, if you dread attending checkups or learning your medical test results, you’re far from being the only one, since many people avoid it altogether. But it remains to be seen how this avoidance might impact people’s health.



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August 27, 2025 0 comments
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Princeton Researchers
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Princeton scientists bend wireless signals around walls, hinting at wild terabit data speeds in homes, cars, and crowded cities

by admin August 27, 2025



  • High-frequency signals collapse when walls or people block their path
  • Neural networks learned beam bending by simulating countless basketball practice shots
  • Metasurfaces integrated into transmitters shaped signals with extreme precision

For years, researchers have struggled with some vulnerabilities in ultrahigh-frequency communications.

Ultrahigh frequencies are so fragile that signals that promise immense bandwidth can collapse when confronted with even modest obstacles, as walls, bookcases, or simply moving people can bring cutting-edge transmissions to a halt.

However, a new approach from Princeton engineers suggests those barriers may not be permanent roadblocks, although the leap from experiment to real-world deployment still remains uncertain.


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From physics experiments to adaptive transmissions

The idea of bending signals to avoid obstacles is not new. Engineers have long worked with “Airy beams,” which can curve in controlled ways, but applying them to wireless data has been hampered by practical limits.

Haoze Chen, one of the researchers, says most prior work focused on showing the beams could exist, not on making them usable in unpredictable environments.

The problem is, every curve depends on countless variables, leaving no straightforward way to scan or compute the ideal path.

To make the beams useful, researchers borrowed an analogy from sports. Instead of calculating each shot, basketball players learn through repeated practice what works in different contexts.

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Chen explained the Princeton team aimed for a similar process, replacing trial-and-error athletes with a neural network designed to adapt its responses.

Rather than physically transmitting beams for every possible obstacle, doctoral student Atsutse Kludze built a simulator that allowed the system to practice virtually.

This approach greatly reduced training time while still grounding the models in the physics of Airy beams.

Once trained, the system was able to adapt extremely quickly, using a specially designed metasurface to shape the transmissions.

Unlike reflectors, which depend on external structures, the metasurface can be integrated directly into the transmitter, which allowed beams to curve around sudden obstructions, maintaining connectivity without requiring clear line-of-sight.

The team demonstrated that the neural network could select the most effective beam path in cluttered and shifting scenarios, something conventional methods cannot achieve.

It also claims this is a step toward harnessing the sub-terahertz band, a part of the spectrum that could support up to ten times more data than today’s systems.

Lead investigator Yasaman Ghasempour argued that addressing obstacles is essential before such bandwidth can be used for demanding applications like immersive virtual reality or fully autonomous transport.

“This work tackles a long-standing problem that has prevented the adoption of such high frequencies in dynamic wireless communications to date,” Ghasempour said.

Still, challenges remain. Translating laboratory demonstrations into commercial devices requires scaling the hardware, refining the training methods, and proving that adaptive beams can handle real-world complexity at speed.

The promise of wireless links approaching terabit-class throughput may be visible, but the path around the obstacles, both physical and technological, is still winding.

Via Techxplore

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August 27, 2025 0 comments
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Micron
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Next-generation 3D DRAM approaches reality as scientists achieve 120-layer stack using advanced deposition techniques

by admin August 25, 2025



Imagine trying to build a tower out of hundreds of very thin, slightly different sheets of material, where each sheet wants to bend or warp on its own. That’s essentially what researchers at imec and Ghent University accomplished when they grew 120 alternating layers of silicon (Si) and silicon-germanium (SiGe) on a 300 mm wafer—a key step toward three-dimensional DRAM. At first glance, it sounds like stacking sheets of paper, but in reality, it’s more like balancing a house of cards with materials that naturally want to pull apart.

The challenge starts with lattice mismatch. Silicon and silicon-germanium crystals have slightly different atomic spacings, so when stacked, the layers naturally want to stretch or compress. Think of it like trying to stack a deck of cards where every second card is slightly larger than the first—without careful alignment, the stack warps and topples. In semiconductor terms, these “topples” appear as misfit dislocations, tiny defects that can ruin a memory chip’s performance.

To solve this, the team carefully tuned the germanium content in the SiGe layers and experimented with adding carbon, which acts like a subtle glue that relieves stress. They also maintained extremely uniform temperatures during the deposition process, because even minor hot or cold spots in the reactor can lead to uneven growth.


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(Image credit: B. N. Khan, J. F. M. Van Hove, M. Meuris, Journal of Applied Physics, AIP Publishing, 2025.)

The process itself, using advanced epitaxial deposition techniques, is like painting with gases. Silane and germane—gases containing silicon and germanium—are broken down on the wafer surface, leaving behind precise, nanometer-thin layers. Controlling the thickness, composition, and uniformity of each layer is crucial; even a tiny deviation can propagate through the stack, magnifying defects.

Now, why go through all this effort? In conventional DRAM, memory cells are laid out flat, limiting density. Stacking layers vertically—in 3D—allows for far more memory cells in the same footprint, improving storage capacity without making chips larger. Successfully creating 120 bilayers demonstrates that vertical scaling is achievable, bringing us closer to next-generation, high-density memory devices.

Think of each bilayer as a story in a skyscraper, if one floor is misaligned then the entire building becomes unstable. By controlling strain and keeping layers uniform, the researchers effectively built a nanoscale skyscraper of silicon and SiGe that could host thousands of memory cells per unit area.

(Image credit: Future)

The implications stretch beyond memory chips. Techniques for growing precise multi-layer structures can advance 3D transistors, stacked logic devices, and even quantum computing architectures, where controlling layer properties at the atomic level is critical. Samsung has already put 3D DRAM on its roadmap and even has a dedicated R&D facility for it.

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Furthermore, the research aligns with ongoing efforts to develop Gate-All-Around Field-Effect Transistor (GAAFET) and Complementary FET (CFET) technologies. These advanced transistor architectures benefit from the precise control over material properties afforded by epitaxial growth techniques, enabling the fabrication of smaller, more powerful transistors that are crucial for the continued miniaturization of electronic devices.

In summary, this is not just stacking silicon as you might know; it’s engineering order from atomic tension, creating structures that nature itself would struggle to produce. For memory technology, like we say with every new breakthrough, it’s a milestone that could reshape how chips are designed, making them denser, faster, and more reliable than ever before.

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August 25, 2025 0 comments
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Scientists Have Identified the Origin of an Extraordinarily Powerful Outer Space Radio Wave
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Scientists Have Identified the Origin of an Extraordinarily Powerful Outer Space Radio Wave

by admin August 23, 2025


The Earth is constantly receiving space signals that contain vital information about extremely energetic phenomena. Among the most peculiar are brief pulses of extremely high-energy radio waves, known as fast radio bursts (FRB). Astronomers compare them to a powerful lighthouse that shines for milliseconds in the middle of a rough, distant sea. Detecting one of these signals is an achievement in itself, but identifying its origin and understanding the nature of its source remains one of the great challenges of science.

That is why recent research led by Northwestern University in the United States has captured the attention of the astronomical community. The team not only detected one of the brightest FRBs ever recorded, but also traced its origin with unprecedented precision.

The pulse, identified as RBFLOAT, arrived in March 2025, lasted just a few milliseconds, and released as much energy as the sun produces in four days. Thanks to a new method of analysis, the researchers located its origin in an arm of a spiral galaxy located 130 million light-years away, in the direction of the constellation Ursa Major. The research was published in the journal The Astrophysical Journal Letters.

The CHIME radio telescope in Canada, one of the world’s leading FRB observatories, and a subnetwork of smaller stations called Outriggers detected the anomalous outburst. CHIME characterized the signal, while the Outriggers triangulated it to a narrow region of space. Optical and X-ray telescopes then provided complementary data. The team achieved a precision of 13 parsecs, equivalent to 42 light-years, within the galaxy NGC 4141.

Astronomers had previously pinpointed other FRBs, but in those cases the signals were repeated, which made the analysis easier. “RBFLOAT was the first non-repeating source localized to such precision,” said Sunil Simha, coauthor of the study, in a university statement. “These are much harder to locate. Thus, even detecting RBFLOAT is proof of concept that CHIME is indeed capable of detecting such events and building a statistically interesting sample of FRBs.”

What Caused the RBFLOAT?

Scientists are still not sure what causes RBFs, but they have some ideas. Because of the enormous energy they release and the brevity of the phenomenon, it is likely that they originate from extreme cosmic events, such as neutron star mergers, magnetars, or pulsars.

In the case of RBFLOAT, the data indicate that it is located in a star-forming region with really massive stars. The triangulation places the signal in a galactic arm where new stars are also being born. This suggests that it could be a magnetar, a subclass of neutron star with a magnetic field billions of times stronger than that of the Earth.

The experience with RBFLOAT will allow the team to apply the same triangulation technique to future signals. The authors estimate that they could achieve about 200 accurate RBF detections per year with just the signals CHIME captures.

“For years, we’ve known FRBs occur all over the sky, but pinning them down has been painstakingly slow. Now, we can routinely tie them to specific galaxies, even down to neighborhoods within those galaxies,” said Yuxin Dong, another member of the team.

This story originally appeared on WIRED en Español and has been translated from Spanish.



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August 23, 2025 0 comments
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LASIK Without Lasers? Scientists May Have Found a Way
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LASIK Without Lasers? Scientists May Have Found a Way

by admin August 23, 2025


What if you could fix your damaged eye without having to shoot a laser at it? Scientists have potentially discovered a novel method of repairing the cornea, similar to LASIK, that wouldn’t require a laser or other invasive surgical tool.

Researchers at Occidental College and the University of California, Irvine, created the technique, which aims to temporarily make the cornea malleable. In experiments with rabbit eyeballs, their method appeared to work while also leaving corneal cells alive. More research is needed to vet the procedure, but if all goes well, it could become a preferred alternative to LASIK, the researchers claim.

“There’s a long road between what we’ve done and the clinic. But, if we get there, this technique is widely applicable, vastly cheaper and potentially even reversible,” said lead researcher Michael Hill, a professor of chemistry at Occidental College, in a statement from the American Chemical Society.

Why some people avoid LASIK

LASIK is routinely used to treat conditions like myopia, farsightedness, or astigmatism. It reshapes the cornea—the transparent, outer layer of the eye that captures and focuses light onto the retina—using a precise cutting laser.

Though generally safe and effective, the surgery does permanently weaken the structural integrity of the cornea. People will also commonly experience side effects like dry eye and visual disturbances like halos; a small few will even develop serious, if rare, complications like chronic nerve pain. Ideally, the team’s method would avoid these risks.

A potentially safer method

The technique is called electromechanical reshaping. Some of the authors had previously used it to manipulate other parts of the body that contain collagen and water, such as ears. It works by altering the pH of the tissue via short bursts of electricity, briefly allowing it to be molded as desired. Once the proper pH is restored, the tissue returns to its original rigid state.

The researchers used the technique on rabbit eyeballs in the lab, some of which were intended to represent myopia in humans. Special contact lenses made from platinum were placed over the extracted eyes. These lenses served as an electrode, providing a base for how the cornea should be correctly reshaped.

Once the researchers lightly zapped the eye, the cornea became flexible and contoured to the shape of the lens. Not only did the cornea fill out as the researchers wanted, but the procedure didn’t seem to kill any corneal cells or otherwise affect the cornea’s stability. A YouTube video describing the team’s approach, from the American Chemical Society, can be seen below.

The team’s results, presented this week at the fall conference of the American Chemical Society, are still preliminary. The researchers admit that it will take more research in animals before they can even think about testing their method in humans. Their next planned step is to try out the procedure on living rabbits.

But the potential for the team’s work is certainly there, and it may extend beyond treating myopia. The researchers are also hoping to explore whether electromechanical reshaping can help repair farsightedness, astigmatism, and possibly even some forms of cloudy vision.

Unfortunately, as has been the case for many scientists during the second Trump administration, the researchers say their work has been delayed over concerns in securing additional funding.



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August 23, 2025 0 comments
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Scientists discover how to gene edit animals & fast forward evolution by millions of years

by admin August 19, 2025



Researchers in Japan have discovered that, through gene editing, it’s possible to completely change the behavior of animals. By simply swapping the gene, that animal’s body has been shown to adapt and grow to form the new trait that was manually edited in.

This technology is still early on in testing. We’re a bit away from cats barking and dogs meowing, but the roots of the tech are there and have already been proven to work on fruit flies.

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By swapping just a single gene, scientists were able to completely rewire the brains of two genetically distinct species of fruit fly to swap their mating rituals.

And, while that may not sound like a big deal, their bodies physically adapted around the new gene just because scientists edited it. While small now, this science applied at scale could be revolutionary.

Japanese researchers discover how to swap animal traits

Researchers at Nagoya University accomplished this by swapping the genes between two fruit fly species, one belonging to Drosophila suboscura and the other being D. melanogaster. They’re in the same family, but that’s still pretty distinct in genetic terms.

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New Atlas describes the process of bringing back genes that are this far apart in fruit flies as turning back literal tens of millions of years’ worth of evolution. And scientists managed to do that in one go, all by altering one gene.

D. melanogaster flies perform singing as their mating ritual, while Drosophila suboscura give “gifts” to potential mates in order to court them. Nagoya researchers reversed these rituals naturally. Aside from the gene alteration, no environmental changes were introduced to push them more toward one behavior. The flies just did it of their own accord.

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Pexels/Erik Karits

Additionally, their bodies grew and changed to support the new gene. The singing fly developed stronger muscles to produce the right sound, and the other made changes to its visual and motor functions in order to throw up a “gift”.

In other words, scientists skipped millions of years’ worth of evolution in one fell swoop. And, considering that flies are around 60% similar to humans, the idea of jumping traits from one animal to another is now within feasible reach. It’d take time to figure out and implement at scale, but this could be a huge breakthrough across pretty much any industry that relies on animal products.

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And, while it will surely be a while until things like gene therapy are applied to humans, it is possible for this tech to be used in that way.

Scientists have also recently discovered how to turn back time. Though it’s only for a single particle, it could theoretically apply to much larger objects.



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August 19, 2025 0 comments
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Esports

Chinese scientists are building “pregnancy robots” to carry and deliver human babies

by admin August 19, 2025



A team in China is reportedly developing humanoid “pregnancy robots” equipped with artificial wombs capable of carrying and delivering babies.

According to Chosun Biz, Dr. Zhang Qifeng, founder of Kaiwa Technology in Guangzhou, is spearheading the project. The robot is designed with a synthetic uterus inside its abdomen, connected by a hose that delivers nutrients to a fetus much like an umbilical cord.

The machine would be able to carry a pregnancy for about 10 months before giving birth, with the company planning to debut a prototype as early as next year.

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The expected price tag is around 100,000 yuan (about $14,000 USD), a fraction of the cost of surrogacy in the United States, which can range from $100,000 to $200,000.

Artificial womb inside a humanoid robot

“We want to integrate a gestation chamber into a humanoid robot and build an artificial womb so it can carry a full-term pregnancy in the normal way,” Zhang told tech outlet Kuai Ke Zhi.

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He added that the artificial womb technology “is already in a mature stage” and only needs to be fully integrated into the robot to support a human fetus.

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Chinese scientists are reportedly creating the world’s first pregnancy robot to carry and deliver human babies

Kaiwa plans to launch a prototype in 2026 for around $14,000 pic.twitter.com/cUdIuOb3Kj

— Dexerto (@Dexerto) August 19, 2025

The concept recalls the 2017 “biobag” experiment at the Children’s Hospital of Philadelphia, where researchers kept premature lambs alive for weeks inside a temperature-controlled fluid environment.

While still in development, Zhang says his team is addressing ethical and legal concerns by holding forums with local authorities in Guangdong Province and submitting policy proposals to regulators.

Social media has been split over the project.

“I’ve seen enough sci-fi to know exactly how this ends. Not great for humanity,” one user wrote.

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Others defended the concept, arguing it could help parents struggling with IVF or surrogacy. “This isn’t for people who can and want to have pregnancy. It’s an optional choice,” one commenter said.

For now, the pregnancy robot remains a prototype. But, if it launches in 2026, it could spark one of the most disruptive debates in the history of reproductive technology.

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August 19, 2025 0 comments
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Scientists Pitch Bold Plan to Turn Nuclear Waste Into Nuclear Fuel
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Scientists Pitch Bold Plan to Turn Nuclear Waste Into Nuclear Fuel

by admin August 18, 2025


Nuclear fusion has seen some exciting advances, and the promise of clean, efficient energy does seem to be creeping closer to reality. But skeptics point to practical issues we may not be trying hard enough to solve—issues that will inevitably weigh down our reactors when they finally arrive.

A new proposal by Terence Tarnowsky, a nuclear physicist at Los Alamos National Laboratory, focuses on one key part of the problem: finding a supply of tritium, a fundamental ingredient for fusion. Tarnowsky, who will present his roadmap next week at the ACS Fall 2025 conference, suggests tapping into the thousands of tons of nuclear waste, including spent reactor fuel, using the sleeping atoms within to support tritium production. With the right adjustments to an accelerator-like apparatus, this strategy could reliably create a self-sufficient source of the precious isotope.

In a successful fusion reactor, tritium and deuterium—two lightweight hydrogen isotopes—fuse and release a gigantic load of energy in the process. By contrast, current nuclear plants run on fission, or the splitting of heavy atoms such as uranium, which also generates a hefty amount of power but produces long-lived radioactive byproducts. This waste material just “[sits] around the country,” presumably for a million years, and costs hundreds of millions of dollars each year to manage, Tarnowsky explained to Gizmodo during a video call. 

Meanwhile, the promise of fusion is shadowed by an inevitable shortage of tritium, an extremely rare and unstable hydrogen isotope. “There are only tens of kilograms [of tritium]—both natural and artificial—on the entire planet,” Tarnowsky said. And it doesn’t help that nuclear experiments worldwide are burning through those tiny supplies at an alarming rate. “So, where is this tritium supposed to come from?”

Breeding tritium in labs is a viable option, but again, there’s a very good reason we haven’t found the perfect recipe; it’s a “tricky fuel to deal with,” Tarnowsky said. 

“If you breed tritium now, it’s not like you can stash it in a container for 30 years from now, because it decays to helium-3 very quickly,” he explained. “And it also has the chemistry of hydrogen. Hydrogen likes to get out of things; it likes to get stuck in walls. So it’s a hard thing to deal with.” For context, the half-life of tritium is 12.3 years, meaning it decays to half of its original amount in that time.

Tarnowsky’s proposal combines previous theories with recent technological advancements. Simply, the idea is to employ a particle accelerator to trigger the decay of uranium and plutonium atoms inside nuclear waste, resulting in a series of neutron bursts and other nuclear transitions that would eventually produce tritium atoms. The waste would be covered with molten lithium salt to shield the process from overexposure to harmful radiation, according to Tarnowsky. 

With the right design, Tarnowsky surmises this method could “produce more than 10 times as much tritium as a fusion reactor at the same thermal power,” as noted in the press release. That said, he admits that this roadmap would require bold commitments from both the public and private sectors. 

Fusion economy is irreversible in some ways, Tarnowsky said. It’s certainly not something where one “can flip a switch and have a backup system running if something goes terribly wrong with tritium breeding,” Tarnowsky said. “You need to plan ahead by a very long time frame.”

But the longer we wait, the more we’re essentially digging ourselves into a hole, he said. “Every year we continue to operate our nuclear power plants—in a very safe manner!—we also make more spent fuel every year, [which] increases about 2,000 metric tons per year. So the liabilities are getting worse every year.”

All that said, Tarnowsky remains hopeful for the future of nuclear fusion—and, really, completing our transition toward clean energy. 

“I’d say, you know, 10 years ago, this kind of technology being proposed in this space would not have received this much interest; people were wary about nuclear power plants,” he said. “And then they went to burn dirty coal. Well, what are you going to do? But we’re having this conversation now, and people aren’t just reacting with fear.”



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August 18, 2025 0 comments
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