Faster

• MIT researchers discovered that chaotic laser light can self-organize into a highly focused 'pencil beam' under precise conditions, enabling rapid 3D imaging of the blood-brain barrier. • The new method images at speeds 25 times faster than current techniques and tracks drug movement into brain cells in real time. • This breakthrough could accelerate treatments for neurological diseases by allowing high-precision observation of protein absorption in cells.

Coach believes there’s no limit to 18-year-old’s talent while athlete himself says he’s ‘ready for more’Having cracked the 20-second barrier with a sizzling run over 200m – and in the process fulled comparisons with the great Usain Bolt – the question now is, how fast can Gout Gout go?“How long’s a piece of string?” said Gout’s coach and mentor, Di Sheppard, after he clocked 19.67sec at the Australian championships in Sydney on Sunday. Continue reading...

• Climate scientists have discovered that nitrous oxide, a key greenhouse gas, has a shorter atmospheric lifetime than previously modeled, decreasing more rapidly than expected. • This unexpected finding is significantly altering climate projections and forcing researchers to recalibrate their long-term climate models and predictions. • The discovery underscores the importance of continuous monitoring and reassessment of greenhouse gas behavior in the atmosphere, with implications for future climate policy and environmental planning.

• Georgia Tech researchers developed SAIL (Speed Adaptation for Imitation Learning), allowing robots to learn and execute complex tasks like stacking cups, folding cloth, and food packing significantly faster than human demonstrations. • SAIL robots completed tasks three to four times quicker across 12 evaluated scenarios in simulation and on physical platforms, while preserving precision, control, and safety. • The breakthrough addresses speed barriers in imitation learning, advancing general-purpose robots capable of any human-hand task for industrial and household use.