Interclean’s Post

This is an interesting discovery of 'photomolecular effect' on #water evaporation by #researchers at Massachusetts Institute of Technology. I posted on this in April, but without delving in further. Found a useful YouTube video on this topic, especially on the use of such phenomena for applications such as #desalination and air conditioning (or #cooling applications). MIT article on the discovery (https://lnkd.in/gCNPifxX)

New blog posts are up! Check out the fascinating world of infrared thermography on LOOK/IR's blog. Subscribe to stay updated on the latest insights and trends. #infrared #thermography #blog #LOOK/IR Read now: https://lnkd.in/eY5SKH4e

Ever want to take a photo of the spectacular food cooking on a hot barbeque grill or the stars through an astronomical telescope, but end up with unwanted #distortions and #blurring? Dr. LAO DONG has set out to solve this problem to get you the crisp image. Lao will be presenting a #highlight paper at #cvpr2024 on #turbulence mitigation, a fundamental (and difficult) problem in #computationalimaging and #computervision . Existing work relies on the choice of a "lucky" image/template to register turbulent images. We showed that you don't necessarily need to choose and it is possible to register turbulent images to a template, but WITHOUT the template. The innovation comes from the assumption that the deformation (parameterized by a flow field) is zero-mean. It turns out that this flow field can be decomposed into flow from a reference to an intermediate key frame and from that to a target turbulent frame. This formulation allows one to compute the flow from a key frame to a target frame without explicitly having a template, which circumvents the need to choose. The caveat is that we need a flow inversion algorithm, which is our "secret sauce" (no pun intended). Results improve over existing methods and our base model is already the runner up of the #UG2+ #challenge at #cvpr2023. Catch Lao at 17:15 - 18:45 Poster Session 6 & Exhibit Hall (Arch 4A-E) This is a joint work with Stefano Soatto (UCLA, UCLA Henry Samueli School of Engineering and Applied Science, UCLA Computer Science) Congli Wang (previously University of California, Berkeley, now Princeton University) and I (Yale University, Yale School of Engineering & Applied Science)

There are enough connectives here and there to explain any scientific concept. Here is an example of such connective for performing a demo on the atmospheric pressure for kids.

Yesterday I presented at PLEA conference our paper “Analysis of Air Velocity, Pressure Coefficient and Pollutant Dispersion in Generic Models of Urban Canyons with Computational Fluid Dynamics”

Africa: Tiny Water-Walking Bugs Provide Scientists With Insights On How Microplastics Are Pushed Underwater Analysis - Microplastics are tiny plastic particles that can cause big problems when they enter the water supply. One way my fluid dynamics lab explores microplastic movement is by studying how tiny water-walking insects are pushed underwater by raindrops. https://lnkd.in/dX3U8yz7

📣 World Humidity Control Day commemorates John Frederick Daniell, born on March 12, 1790. Daniell was an English Chemist and Physicist who, in 1820, invented a dew-point hygrometer (a device that indicates atmospheric humidity), which then came into widespread use. Discover more about World Humidity Control Day: https://lnkd.in/ezaeqniJ #WorldHumidityControlDay #humiditycontrol

From a drivers point of view the purpose of the sand is more important than the conductivity.

A really cool article about how what might seem a simple concept was put to use ensuring a constant water flow to help fight fires in the 1700's. By pumping water into a chamber with air in it using a piston pump, the air would be compressed, once the flow of water into the chamber stopped the air would push the water out thereby ensuring a constant flow. https://lnkd.in/eRA4WQeJ

Whoever can see through the gap is advanced in the era, we are right, the world today, awakened scientifically, realizes that the physics of quantum superconductivity is the future. What quantum technologies is? What are they? are based on the theories of superconductive quantum mechanics, including contemporary and advanced theories such as the Curie or by Frank Wilczek in 2012 point phase transition broken symmetry time-crystal... etc. But scientifically the condensed matter is expressed the physics described London field of superconductivity and the quantum lowest-energy state, is one in which the particles are in repetitive motion in quantum state Tc, described by the Heisenberg uncertainty principle the zero-point energy was derived from quantum mechanics. We all know that scientifically the electric current through a loop of superconducting wire can persist indefinitely without a power source, but more simple superconductivity used in hospitals in the (MRI) of magnetic resonance, and that once charged can remain indefinitely 100 years without losing charge. Whoever can interpret quantum physics opens the door to the possibility of creating the new technological era. Empere® develops the patent innovation of the genius inventor Eddie Oquendo USPTO Patent number: 10742062) published in 2018 data https://lnkd.in/e-9EZHZf IP-QBHG) quantum advanced technology of the new high temperature superconducting bulk electrical quantum generator. Quantum technologies provide advances, they are the new engine of growth within physics and engineering, and the world's main economies are already there.  Our (IP®-QBHG) is scientifically validated cutting-edge technology certified as the first 100% independent sources of energy, an innovative net positive Industry 4.0 solution that enables all industries worldwide: profitable 100% energy production, fuel free and carbon free. How much potential is there to improve the quality of life of humanity. Feel free to contact us at +1 707-828-4808 for a free quote or consultation, leave us a message. More information at www.empe.net www.empere.co ask code#pages. Thank you. https://lnkd.in/esBWj-95