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- DTN 115: Self-reproducing synthetic cells
DTN 115: Self-reproducing synthetic cells
PLUS: Starship's 9th test flight, robots investigate knife crimes, NuScale secures approval for second small reactor design, using gene edited pigs to solve the organ transplant shortage, and more.

“On the support side, this is a great time for industrial biomanufacturing. We make about 15 billion bushels of corn in the United States on a yearly basis, which is so much corn that if we were to force farmers to only sell it for food, the price of corn and the price of a lot of associated products might actually go negative. It’s crazy how efficient we are, so we should look at biomanufacturing as a conduit with which to establish our dominance in the global scale by doubling down on our existing advantages.”

“Researchers at Harvard University have created polymer-based, cell-like structures capable of self-reproducing—one of the most fundamental characteristics of life. The system does not use any of the carbon-based molecules that life on Earth relies on. The researchers say their work hints at ways that life, though not life as we know it, might exist (Proc. Natl. Acad. Sci. U.S.A. 2025, DOI: 10.1073/pnas.2412514122).”

NuScale secures NRC approval for second small reactor design
Plug Power’s Georgia hydrogen plant sets U.S. production mark
This startup wants to make more climate-friendly metal in the US
To boost nuclear power, Trump orders controversial rewrite of radiation safety rules
Tiberius Aerospace turns artillery rounds into supersonic ‘missiles’


This image of a prominence above the solar surface is a snapshot of a 4-minute time-lapse movie that reveals its rapid, fine, and turbulent restructuring with unprecedented detail. The sun's fluffy-looking surface is covered by "spicules," short-lived plasma jets, whose creation is still subject of scientific debate. The streaks on the right of this image are coronal rain falling down onto the sun's surface.
The sun's corona—the outermost layer of its atmosphere, visible only during a total solar eclipse—has long intrigued scientists due to its extreme temperatures, violent eruptions, and large prominences. However, turbulence in Earth's atmosphere has caused image blur and hindered observations of the corona. A recent development by scientists from the U.S. National Science Foundation (NSF) National Solar Observatory (NSO), and New Jersey Institute of Technology (NJIT), is changing that by using adaptive optics to remove the blur. (via Phys.org)

DOE unveils AI supercomputer aimed at transforming energy sector
New spatial technology unveils nanoscale genome structure associated with aging
Quantum computers may crack RSA encryption with fewer qubits than expected
Solitonic superfluorescence paves way for high-temperature quantum materials
2D quantum sensor uses spin defects for precise magnetic field detection
Glaphene: 2D hybrid material integrates graphene and silica glass for next-generation electronics
Could 'pausing' cell death be the final frontier in medicine on Earth and beyond?
Knife crime is common but difficult to investigate—robots can help
Space power satellites at the moon could keep a lunar base warm
A new super material could lead to more powerful, energy-saving electronics
Ultrathin resonators set new standard for efficient light manipulation

MD Anderson-allied investment firm targets $250M for second cancer biotech fund
Movement disorder biotech Vima steps onto scene with $60M Series A
Extracellular degrader firm raises $130 million to advance into the clinic
Pillar Biosciences, a leader in Decision Medicine™, raises $34.5M in funding
SCI Semiconductor raises £2.5M to reduce cyberattacks with its memory chip
Seattle-based biotech startup Lever Bio raises €4M to compress proteins
ProteinQure, a startup that focuses on peptide drug design, closes $11M in Series A financing
Grin Therapeutics closes a $140M Series D round to treat neurodevelopmental disorders
AusperBio raises $50M in Series B+ to advance functional cure for chronic Hepatitis B
Kyron.bio raises €5.5M in funding to improve antibody design
Brainreader Raises €6.6M to support the GTM of its AI-based diagnostic tool
Vivodyne, a startup developing drug testing on lab-grown 3D human tissues, raises $40M in Series A funding
Acclaro Medical Raises $23M in Series B for skin laser technologies
REplace raises $2.1M to advance AI-powered site selection for energy and data projects
Syndeio debuts with $90M+ to bring together synapse repair drugs
Investors pump $130M in Series B funding into protein degrader startup GlycoEra
EnduroSat Raises €43M to scale production, boost US presence

Buttplug MCP / Dark Sky advocates fight against a bright future / Sodium fuel cell could power an electric airplane / The AI hype index: college students are hooked on ChatGPT / Will we ever prove string theory? / Cannabis pangenome reveals potential for medicinal and industrial use / Japan Post launches 'digital address' system / 5-year study suggests chimps strike stones against trees as communication / They used Xenon to climb Everest in days – is it the future of mountaineering? / The Polymarket users betting on when Jesus will return / Why are some rocks on the moon highly magnetic? / California has got good at building giant batteries / Disarming an atomic bomb is the worst job in the world / Clean energy industry enters ‘nightmare scenario’ / The creepy calculus of measuring death risk / New infrared contacts let you see in the dark / The CIA secretly ran a Star Wars ran site / Penguin poop spurs cloud formation in Antarctica