Israeli tech founder Maor Shlomo,
whose vibe coding startup Base44 sold for over $80 million when it was acquired by Wix,
said on the podcast “20VC” that “it’s relatively easy to create a vibe coding tool.”
“Every feature that we put out, we know that’s going to take either a few weeks or a few months for competitor to copy,” he complained.
It's trivially easy for competitors to copy your brilliant innovation.
In #FreeCAD, what can I do from the UI and from Python macros to cause all the topological naming links to be recreated in the current shape?
I have a Part Design Body that for which I can mark it to recalculate and then recalculate and it's fine, but if I modify a driving parameter trivially, including by an inconsequential .001mm, suddenly it tells me that I have an invalid edge …
"A high acuity is trivially obtained at the expense of field of view through suitable enlarging optics, so whenever a high acuity is claimed for a visual prosthesis one must also check if the corresponding field of view is better than tunnel vision." https://www.artificialvision.com/neuralink
I just updated 8 libraries I maintain to run on PHP 8.5.
None of them required any changes for 8.5. One had two deprecation nitpicks left over from 8.4 that I'd not previously caught, trivially fixed.
It took me a little over an hour to do all 8, including some other maintenance at the same time.
PHP upgrades rock if your code is good. 🙂 :elephpant:
#PHP
Fast and length-independnt transport time supported by topological edge states in finite-size Su-Schieffer-Heeger chains
Yu-Han Chang, Nadia Daniela Rivera Torres, Santiago Figueroa Manrique, Raul A. Robles Robles, Vanna Chrismas Silalahi, Cen-Shawn Wu, Gang Wang, Giulia Marcucci, Laura Pilozzi, Claudio Conti, Ray-Kuang Lee, Watson Kuo
https://arxiv.org/abs/2511.19237 https://arxiv.org/pdf/2511.19237 https://arxiv.org/html/2511.19237
arXiv:2511.19237v1 Announce Type: new
Abstract: In order to transport information with topological protection, we explore experimentally the fast transport time using edge states in one-dimensional Su-Schrieffer-Heeger (SSH) chains. The transport time is investigated in both one- and two-dimensional models with topological non-trivial band structures. The fast transport is inherited with the wavefunction localization, giving a stronger effective coupling strength between the mode and the measurement leads. Also the transport time in one-dimension is independent of the system size. To verify the asertion, we implement a chain of split-ring resonators and their complementary ones with controllable hopping strengths. By performing the measurements on the group delay of non-trivially topological edge states with pulse excitations, the transport time between two edge states is directly observed with the chain length up to $20$. Along the route to harness topology to protect optical information, our experimental demonstrations provide a crucial guideline for utilizing photonic topological devices.
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