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- DTN 112: Robotic Horses
DTN 112: Robotic Horses
Plus: US tests drone-launched ramjet, driverless semis hit highways, the race for rare-earth-free magnets, building an AI scientist, microwave weapons debut overseas, and more.

“We’re living through a period of massive cultural, institutional, and technological shifts. When things are in flux, gaps open up. If you have the right people and capital, you can step into those gaps and build the next generation of institutions and companies.”

“In a break from tradition, Kawasaki, a Japanese motorcycle maker, has announced plans to build a new breed of off-road machine shaped like a robotic horse. Corleo, as the machine is called, has a body like a headless steed, complete with four multi-jointed legs powered by electric motors. A pair of handlebars serves as reins and adjustable leg supports, of the kind found on motorbikes, pass for stirrups. Corleo will also not require a farrier: instead of being shod with steel horseshoes, its hooves are clad in rubber. This will help it absorb shocks and improve its grip.
Like a real horse, the rider will control it by moving their hands, arms and legs as well as by shifting their weight about. These movements, which can be very subtle in real equestrians, are detected by a combination of sensors, with the data passed on to an artificial-intelligence system that instructs the motors to respond accordingly and to maintain the robot’s balance. Once development is completed, Corleo could carry two people and be able to break into a swift canter.”

US launches solid fuel rocket ramjet from drone in first-ever test
Driverless semis have started running regular longhaul routes
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FAA green-lights Starship launches every other week from Starbase
Pentagon’s hypersonic milestone: Stratolaunch reusable vehicle breaks Mach 5
SpaceX gets US approval to launch more Starship flights from Texas
US tests microwave weapons in Philippines for first time amid China tensions
US military eyes 3D-printing large vehicle parts in new $9M Illinois lab


Red fluorescent spider silk produced through CRISPR-Cas9 gene editing. Credit: Angewandte Chemie International Edition (2025). DOI: 10.1002/anie.202502068
Scientists at the University of Bayreuth have used CRISPR-Cas9 for the first time to genetically edit spiders, enabling them to produce red fluorescent silk. By injecting spider eggs with a gene sequence for a fluorescent protein, researchers achieved a successful knock-in of the gene into silk proteins. This breakthrough paves the way for developing spider silk with new, customizable properties for materials science applications. (via Phys.org)

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Deep-trench 3D printing enables next-gen RF devices with unprecedented precision
Synthetic nanoparticle eyedrops help corneas heal after chemical or inflammatory damage
AI-designed DNA controls genes in healthy mammalian cells for first time

Deerfield unveils $600M for emerging healthcare therapeutics and tech
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Nuevocor draws $45M series B for gene therapy in rare heart disease
Vivo Capital secures $740M to invest in preclinical- and clinical-stage biotechs
Brian Armstrong’s human life extension venture NewLimit raises $130M Series B
Bosch Ventures is turning its attention to North America with new $270M fund
mPower Technology raises over $21M Series B funding for solar power solutions for space
AI coding startup Anysphere raised a $900M round at a $9B valuation
Chinese autonomous vehicle technology company WeRide raised $100M in funding from Uber

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