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Vaibhav Sooryavanshi reminds Glenn McGrath of Brian Lara and Garry Sobers
CHENNAI: Australian pace legend Glenn McGrath heaped praise on teenage batting sensation Vaibhav Sooryavanshi, comparing his batting style to some of the greatest names in cricket. McGrath, who is the director of coaching at the MRF Pace Foundation, said Sooryavanshi’s fearless approach and distinctive backlift reminded him more of West Indies legends Brian Lara and Garry Sobers. “You probably look at someone like Brian Lara with that backlift.
Rushed social media ban for under-16s in UK could ‘unravel’, charity warns
Molly Rose Foundation says government should instead set strict safety standards for appsA rushed under-16s social media ban in the UK could unravel and families will be left to count the cost, a leading child safety charity has warned. The Molly Rose Foundation (MRF) said an age limit on the use of tech platforms could unravel, after a report that the prime minister, Keir Starmer, is to announce a ban on under-16s accessing “harmful” social media apps.
Rushed social media ban for under-16s in UK could ‘unravel’, charity warns
Molly Rose Foundation says government should instead set strict safety standards for appsA rushed under-16s social media ban in the UK could unravel and families will be left to count the cost, a leading child safety charity has warned. The Molly Rose Foundation (MRF) said an age limit on the use of tech platforms could unravel, after it was reported that the prime minister, Keir Starmer, would announce a ban on under-16s accessing “harmful” social media apps.
Magnetic Resonance Dynamics via Fractional Bloch Equation: a Hybrid Computational Framework
arXiv:2605.30856v1 Announce Type: new Abstract: Bloch equations are a powerful tool in describing the dynamics of nuclear magnetization in magnetic resonance phenomena. The fractional generalization of the Bloch equation effectively captures the anomalous relaxation and diffusion in porous, heterogeneous, and complex media. These equations describe how nuclear magnetization evolves under the influence of magnetic fields and relaxation processes.