ferdinandjproa @timely_pace@qoto.org
that's what i call a combination of solid defensive play and shattering batting offensive! yankees win in a fierce run standing against a hard team (i'm not supposed to toot anything today but this got me)
https://www.youtube.com/watch?v=legPxfgOg9M
the rolling of our motorcycle wheels, steady, gradually from more than 70 of speeding cruise, some 30feet apart, each with a headset on vox like pilots on fighter jets at high speeds
https://www.youtube.com/watch?v=kHfbzoq-grE
less than 30 days left before summer is over i could have enjoyed it this year but we are in seemingly unfortunate times nonetheless, i can still recall the enjoyment we had when we were having long ride adventure headed to tandag starting the journey from a city in mis or, there were 3 of us each on his own 220cc bike (i borrowed mine), started the trip 10 in the evening, arriving in tandag past midnight the next evening more 24hrs of road trip... we didn't feel tired nor sleepy in arriving there, the extra energy as we were headed to a known beach to make our final arrival stop
https://www.youtube.com/watch?v=KBdL8S7pz7o&list=RDKBdL8S7pz7o&start_radio=1
having to spend more time on design and construction works in customized electronics these past few days
amazing, 5 sigma for a rare decay
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signal having a statistical significance well in excess of 5 standard deviations is observed
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https://arxiv.org/abs/2305.04904
maawatan ko ra man na kadogayan hinapay ni indiana jones ba ug beard ni henry jones sr.
https://www.youtube.com/watch?v=5v7AbUwpOQM
(see the corresponding Feynman diagram of (14.9) in the draft)
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so the final states in the first order calculation are the physical states? meaning, these states are the ones that register in the detector and via the summation of the four-momenta that come out we can know there was an initial state that carried in the needed four-momentum so as to fill in the summation of all four-momenta to zero. it would really be that complicated to detect that the fermion and anti-fermion in the lepton family of first generation that come out indeed coming directly from the decay of Higgs boson since fermion and anti-fermion pairs can be produced by other interactions and hard to know which that came directly from the HIggs boson decay
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https://foxtrotpaparomeo.wordpress.com/2023/05/06/06052023first-order-calculations-of-the-probability-amplitude-for-higgs-boson-to-electron-positron-decay/
well, just one important question that needs to be answered. the question, how can a purely mechanical energy such as kinetic energy enter into the conservation equation (15) along with seemingly purely electrical energies (power)? answer, it can through the torque developed due to Lorentz magnetic force, this is by conservation (5)
a form of electro-mechanical conservation given by (15) this is arrived at starting from a mechanical conservation (5), then upon consideration of Kirchoff's voltage law we are able to establish a system of differential equations (7) and (13), combined altogether to get the overall electro-mechanical conservation (15)
https://foxtrotpaparomeo.wordpress.com/2023/05/06/06052023electro-mechanical-conservation-laws-in-the-dynamics-of-an-electric-motor/
(to quote from the paper)
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Bjerknes [1] hypothesized that a positive ocean–atmosphere feedback process causes ENSO. Given an initial warm sea-surface temperature (SST) anomaly in the equatorial eastern Pacific, the warm SST anomaly reduces the east–west SST gradient and hence weakens the Walker circulation [2,3], producing the westerly wind anomaly in the equatorial central Pacific. The westerly wind anomaly in turn drives the ocean circulation change that further enhances the SST anomaly. As a result of the positive feedback, the tropical Pacific reaches a warm state, i.e. El Niño. After El Niño matures, negative feedbacks are required to turn El Niño from a warm phase to a cold phase, which was called La Niña [4].
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https://academic.oup.com/nsr/article/5/6/813/5126370
(one of my happiness today)
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A review of ENSO theories
Chunzai Wang
National Science Review, Volume 5, Issue 6, November 2018, Pages 813–825,
Abstract
The El Niño and the Southern Oscillation (ENSO) occurrence can be usually explained by two views of (i) a self-sustained oscillatory mode and (ii) a stable mode interacting with high-frequency forcing such as westerly wind bursts and Madden-Julian Oscillation events. The positive ocean–atmosphere feedback in the tropical Pacific hypothesized by Bjerknes leads the ENSO event to a mature phase. After ENSO event matures, negative feedbacks are needed to cease the ENSO anomaly growth. Four negative feedbacks have been proposed: (i) reflected Kelvin waves at the ocean western boundary, (ii) a discharge process due to Sverdrup transport, (iii) western-Pacific wind-forced Kelvin waves and (iv) anomalous zonal advections and wave reflection at the ocean eastern boundary. These four ENSO mechanisms are respectively called the delayed oscillator, the recharge–discharge oscillator, the western-Pacific oscillator and the advective–reflective oscillator. The unified oscillator is developed by including all ENSO mechanisms, i.e. all four ENSO oscillators are special cases of the unified oscillator. The tropical Pacific Ocean and atmosphere interaction can also induce coupled slow westward- and eastward-propagating modes. An advantage of the coupled slow modes is that they can be used to explain the propagating property of interannual anomalies, whereas the oscillatory modes produce a standing oscillation. The research community has recently paid attention to different types of ENSO events by focusing on the central-Pacific El Niño. All of the ENSO mechanisms may work for the central-Pacific El Niño events, with an addition that the central-Pacific El Niño may be related to forcing or processes in the extra-tropical Pacific.
https://academic.oup.com/nsr/article/5/6/813/5126370
... and mind it that there are runaway destructive oscillations
(about the song, i just remember one cool noon when alice and i were in a mall, in the diner section, having lunch, airconditioning was just right and this song was in the background later we would watch movie to enjoy more airconditioning in short magpalamig pa more)
https://www.youtube.com/watch?v=rHNcIZ24i1M
so the basic question is, what is this specific form of the mechanism for a positive feedback? i mean the environmental system of the equatorial and southern pacific or the whole pacific
just taking hints from electronics on how oscillation would happen: what is needed basically is positive feedback that is, a portion of the output that gets fed back to the input and closed loop gain is developed so as to add to the strength of the output in turn this would add more strength to the portion that is being fed back to input thus, reinforcing furthermore the output so on, so forth thus oscillation is sustained and not all oscillations are useful some of it destructive of the system
wait... just for a musical break we do need the four strong winds to cool things down but i think climate change has done damage to earth's convection system but just my own hunch
https://www.youtube.com/watch?v=85haYlPbPmA
(to cite again from that paper and in my own comprehension, nature's cooling system over the equatorial pacific is somewhat becoming deficient)
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However, low-level westerly wind anomalies were evident in the first half of March associated with subseasonal activity. Suppressed convection was evident over the central tropical Pacific and over parts of Indonesia (Fig. 5).
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https://www.cpc.ncep.noaa.gov/products/analysis_monitoring/enso_advisory/ensodisc.pdf
(again to cite from a NOAA paper and somewhat worrying is the rise of subsurface temperatures)
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Area-averaged subsurface temperatures also increased over the past month (Fig. 3), reflecting the dominance of above-average subsurface temperatures across the equatorial Pacific Ocean (Fig. 4).
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https://www.cpc.ncep.noaa.gov/products/analysis_monitoring/enso_advisory/ensodisc.pdf
to cite from NOAA paper and in my own comprehension, the oscillation has developed and in the upward trend in terms of sea surface temperatures-sst
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In the last four weeks, equatorial SSTs were above average in the eastern and western Pacific Ocean and were near average in the central and east-central Pacific Ocean.
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https://www.cpc.ncep.noaa.gov/products/analysis_monitoring/lanina/enso_evolution-status-fcsts-web.pdf
