A new group is seeking to warn European policymakers about AI’s ‘existential’ threat to humanity.
As Australia turns to nuclear power for its submarines, a UK prototype will test the use of autonomous green hydrogen submarines for freight transport.
A world-first green submarine project will soon get underway after a proposal to power an autonomous underwater vessel with green hydrogen won a share of a United Kingdom £23 million funding program.
Start-up company Oceanways is to build a prototype of a zero emission submarine initially designed to deliver cargo in a twenty-foot container between Glasgow and Belfast.
Continue reading “Special delivery service: Green hydrogen submarines are on their way” »
The latest ZDNet survey on AI actionability and accountability finds that IT teams are taking a direct lead, with most companies building in-house systems. However, oversight of AI-generated decisions is lagging.
THEOGENESIS: Transdimensional Propagation & Universal Expansion ― a new book on quantum cosmology, computational physics and posthumanism by evolutionary cyberneticist Alex M. Vikoulov ― comes with a trailer you might find more than just interesting:
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“Having invented the gods, perhaps we can turn into them.”
–Alan Harrington, The Immortalist.
Continue reading “THEOGENESIS: Transdimensional Propagation & Universal Expansion” »
New research by Niv Haim et al. allows us to perform infinite video manipulations without using deep learning or datasets.
A DNA robot that can walk across biological cell membranes is the first one that can control living cells’ behaviour. The researchers who made the robot hope that it could improve cell-based precision medicine.
A team led by Hong-Hui Wang and Zhou Nie from Hunan University, China, has created a synthetic molecular robot that walks along the outer membrane of biological cells. The robot, powered by an enzyme’s catalytic activity, traverses across receptors that act as stepping stones on the cell surface. With each step, the robot activates a signal pathway that regulates cell migration. Driven by the robot’s movement, the cells can reach speeds of 24 μm/hour.
The researchers write that the DNA robot offers, for the first time, an opportunity to accurately and predictably control the nanoscale operations that power a live cell. They suggest that similar molecular machines that guide cell behaviours could play a role in cell-based therapies and regenerative medicine.
