OOne of the direct impacts of Pectra Upgrade is the reduction of network fees, especially for layer 2 solutions! Find out about the scope of #Ethereum Pectra Upgrade in the latest issue of Moon Mag! ↘️↘️ https://lnkd.in/gykAebMp (page 36) #l2s #fees

Last thursday I presented the ALERTA CO2 project in the Annual Workshop 2024 IASPEI/IAVCEI Inter-Association Commission on "volcano seismology & Acoustics" in El Paso, La Palma (Spain). This presentation shows in detail the deployment of this unique volcanological network, the features of the sensors and communications and the analysis of the origin of this gas.

Transcranial Magnetic Stimulation (TMS) at our following locations: Redlands, Chino, Palm Desert, Eastvale, San Juan Capistrano and more...

Horray, we can modify gravitational fields with electric fields. Turns out that super conducting super crutical fluid mercury in a gyroscope may actually be able levitate just like the Germana figured out in the 1940s. https://lnkd.in/e923_TwU

March’s Night Sky Notes: Constant Companions: Circumpolar Constellations, Part II: Some constellations can be as familiar as old friends. Learn about three of them in March’s Night Sky Notes!

Looking forward to my talk at 58TH US ROCK MECHANICS / GEOMECHANICS SYMPOSIUM on 121 - The Energy Budget in Fluid-Driven Fracturing: A Continuum Damage Approach.

You are going to see a star going nova! T Coronae Borealis (T CrB), nicknamed the Blaze Star, is a recurrent nova in the constellation Corona Borealis It was first discovered in outburst in 1866 by John Birmingham, though it had been observed earlier as a 10th magnitude star. It may have been observed in 1217 and in 1787 as well. It is expected to undergo an outburst again very soon; likely during August 2024. T CrB normally has a magnitude of about 10, which is near the limit of typical binoculars. Well documented outbursts have been seen twice, reaching magnitude 2.0 on May 12, 1866 and magnitude 3.0 on February 9, 1946, though a more recent paper shows the 1866 outburst with a possible peak range of magnitude 2.5 ± 0.5. Even when at peak magnitude of 2.5, this recurrent nova is dimmer than about 120 stars in the night sky. T CrB is a binary system containing a large cool component and a smaller hot component. The cool component is a red giant that transfers material to the hot component. The hot component is a white dwarf surrounded by an accretion disc, all hidden inside a dense cloud of material from the red giant. When the system is quiescent, the red giant dominates the visible light output and the system appears as an M3 giant. The hot component contributes some emission and dominates the ultraviolet output. During outbursts, the transfer of material to the hot component increases greatly, the hot component expands, and the luminosity of the system increases. The two components of the system orbit each other about every 228 days. The orbit is almost circular and is inclined at an angle of 67°. The stars are separated by 0.54 AU. https://lnkd.in/dPEtS2U3

February’s Night Sky Notes: Constant Companions: Circumpolar Constellations, Part I: Some constellations can be as familiar as old friends. Learn about three of them in February’s Night Sky Notes!

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The Tamron Americas #A058 35-150 f/2-2.8 has set many standards since its original launch. One standard that might not be as well known is how well it performs on full spectrum and converted sensors. Even through an opaque 720nm filter (such as the one used, here), it proves adept at infrared capture. No one from Wyoming will be surprised at the movement shown: the wind is this state's oldest living citizen, and her queendom is vast; a place where time passes, often unnoticed. In this image, it's felt in geologic scale. Captured at 64mm opened to f/8 for 240sec (4 minutes) at ISO 100. Breakthrough Filters UK #X2IR filtration. Perceived permanence and a maelstrom of all the rest.