@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile
@Puͣkiͧte̍.com 🇱🇻

@whut

whut's happening? → Earth Sciences 🌏
Mathematical GeoEnergy (Wiley/AGU, 2019) 🌊
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ID: 14119493

linkhttp://GeoEnergyMath.com calendar_today11-03-2008 01:56:54

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Big Mike (@gmmvg) 's Twitter Profile Photo

Yiping Lu Dropout was rejected, LSTM was rejected, YOLO was rejected. Who cares about journals? If you don’t want to get distracted by nepotism, toxic egos or corruption, just publish on arxiv or write a blog.

Jeff Dean (@jeffdean) 's Twitter Profile Photo

@Puͣkiͧte̍.com 🇱🇻 Synopsys Our paper was originally published in Nature (nature.com/articles/s4158…). Some in the EDA community questioned its results (presumably based on flawed efforts like the Cheng et al. paper), and Nature initiated a second peer review process, which resulted in our results being

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

Chandler wobble is a deviation in Earth's axis of rotation w/period of ~433 days, while the annual wobble corresponds to a 365d cycle. Both influenced by external torques: the annual wobble primarily by the Sun, & Chandler wobble by the Moon's gravity pull geoenergymath.com/2024/11/10/lun…

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

"Lunar Torque Controls All" delves into the profound impact of lunar forces on Earth's rotational dynamics, exploring their role in modulating tidal patterns, wobble frequencies, and potential climate system interactions. geoenergymath.com/2024/11/10/lun…

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

The article examines how nonlinear interactions between lunar tidal cycles, such as the Draconic month, and Earth's annual orbit could explain synchronization phenomena, including the Chandler wobble and climate oscillations such as QBO.geoenergymath.com/2024/11/10/lun…

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

The linked post highlights how precise modeling of lunar torque effects requires considering subtle resonances between tidal forces and Earth's rotation, revealing intricate links to long-term geophysical cycles. Elon Musk derates all linked interactions geoenergymath.com/2024/11/10/lun…

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

If you Google "the greatest mass delusion in the history of the world", you get this Richard Lindzen quote. Perhaps not surprisingly, it's Lindzen's own theory behind the mechanism of QBO that will go down as the greatest blunder by an Earth scientist.

If you Google "the greatest mass delusion in the history of the world", you get this Richard Lindzen quote.

Perhaps not surprisingly, it's Lindzen's own theory behind the mechanism of QBO that will go down as the greatest blunder by an Earth scientist.
Chris Offner (@chrisoffner3d) 's Twitter Profile Photo

Matt ☯︎陰龍🐉 Yes, for some reason fluid dynamics tend to look more convincing than those of many other elements. MKBHD also noted this here: youtu.be/OY2x0TyKzIQ?si…

@Puͣkiͧte̍.com 🇱🇻 (@whut) 's Twitter Profile Photo

The only worthwhile posts are on bluesky bsky.app/profile/pukite… AI practitioners are invited to evaluate the above correlation #AI #ML #KAN #PINN #DL #ANN #RL #SL #UL #SSL #XAI #CNN #RNN #LSTM #GRU #SINDY Hints here: github.com/orgs/azimuth-p…

Tracey Gallagher (@asmartbrunette1) 's Twitter Profile Photo

Physics Today The machine leveraged Newtonian gravity (describing lunar and solar gravitational forces) and Laplace’s tidal theories (modeling dynamic ocean responses) to compute tides via harmonic analysis. It summed 26 harmonic constituents periodic functions representing tidal influences