It is Done. You can feel the Burden slipping off as you realise this part of your Journey is complete. Rest, ready yourself for the next Phase. 🙂💕
A Next Phase Home from November of 2019 Photography by Sarah Strunk
beej mantras
In the studio, at home and around the neighbourhood with the sculptor and painter.
I recently asked the Twittersphere what/whom I should create next with my wooden peg people . A number of suggestions were forthcoming...
A blog about pursuing a classically creative education, using hands on elements to bring education to life for those who pursue a classical model.
The Next Phase Of Machine Learning Chipmakers turn to inferencing as the next big opportunity for this technology.
There is finally a good selection of mid drives and hubmotors for ebike builders. So how will we express our creative abilities? By making ebikes with style.
Has the crisis in your marriage passed… but you aren’t sure where things are now? Well, that would put you in good company! I have been asking for listener questions, and noticed this was the them…
From gene editing to drones to farm management software, there’s a lot of technology that’s exciting to the public, but it’s only in its first innings and iterations. Here are the hurdles that must be climbed to achieve the technological advancement needed in the world’s least digitized industry.
Atlantic Station's owners are putting the pieces together for the property’s largest expansion since it opened.
Here’s an upper body workout I incorporated into the studio today 💌💪🏽
There has been a clear re-emergence of the feminine archetype in the last year. She has been biding her time as “the Shift” has been creating its foundation.
New quadrupole magnets, which focus particle beams before collisions, are one of the key technologies for the High-Luminosity LHC (Image: CERN) This week more than 230 scientists and engineers from around the world met at CERN to discuss the High-Luminosity LHC – a major upgrade to the Large Hadron Collider (LHC) that will increase its discovery potential from 2025. After a four-year design study the project is now moving into its second phase, which will see the development of industrial prototypes for various parts of the accelerator. Luminosity is a crucial indicator of accelerator performance. It is proportional to the number of particles colliding within a defined amount of time. Since discoveries in particle physics rely on statistics, the greater the number of collisions, the more chances physicists have to see a particle or process that they have not seen before. The High-Luminosity LHC will increase the luminosity by a factor of 10, delivering 10 times more collisions than the LHC would do over the same period of time. It will therefore provide more accurate measurements of fundamental particles and enable physicists to observe rare processes that occur below the current sensitivity level of the LHC. The increase in luminosity will mean that physicists can study new phenomena discovered by the LHC, such as the Higgs boson, in more detail. The High-Luminosity LHC will produce 15 million Higgs bosons per year compared to the 1.2 million in total created at the LHC between 2011 and 2012. Upgrading the LHC is a challenging project that relies on several breakthrough technologies, which are currently under development. Some 1.2 km of the LHC will be replaced by these new technologies, which include cutting-edge 12 tesla superconducting quadrupole magnets, brand new superconducting radiofrequency cavities or electrical transfer lines, based on high temperature superconductors. The High-Luminosity LHC will use these pioneering technologies for the very first time, which will not only increase the discovery potential of the LHC but also act as proof-of-concept for future accelerators. All these technologies have been explored since 2011 in the framework of the HiLumi LHC Design Study - partly financed by the European Commission's FP7 programme. HiLumi LHC brought together a large number of laboratories from CERN’s member states, as well as from Russia, Japan and the US. American institutes participated in the project with the support of the US LHC Accelerator Research Program (LARP), funded by the US Department of Energy. Some 200 scientists from 20 countries collaborated on this first successful phase. For a longer version of this article, see the CERN press release. Read more about the High-Luminosity LHC and its technologies.
Updated details have been revealed for one of the next phases of the Lincoln Yards mega-development near Goose Island.
The next phase of the Midland Main Line Electrification Project between London and Wigston, Leicestershire, has begun with the first drills breaking ground.
Renderings of the next phase of Hudson Yards have been made public by Related Companies along with a construction price tag of $12 billion. Hudson Yards West will be built on top of the site’s still-undeveloped western rail yards and cultivate a 5.6-acre park called Hudson Green designed by...
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I don't really talk about Master Grades on this blog since I'm more of a 1/144 person, but they did have a couple of interesting announcements for Hobby Next Phase, well at least one is, the other... Let's check them out! MGSD Freedom Gundam We all know Bandai Spirits is planning to do a Master…
