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The Dark Energy Survey has now mapped one-eighth of the full sky (red shaded region) using the Dark Energy Camera on the Blanco telescope at the Cerro Tololo Inter-American Observatory in Chile (foreground). Scientists on the Dark Energy Survey, using one of the world's most powerful digital cameras, have discovered eight more faint celestial objects hovering near our Milky Way galaxy.
Satellite galaxies are small celestial objects that orbit larger galaxies, such as our own Milky Way. The main goal of the Dark Energy Survey (DES), as its name suggests, is to better understand the nature of dark energy, the mysterious stuff that makes up about 70 percent of the matter and energy in the universe. Scientists can only see the faintest dwarf galaxies when they are nearby, and had previously only found a few of them.
In March, researchers with the Dark Energy Survey and an independent team from the University of Cambridge jointly announced the discovery of nine of these objects in snapshots taken by the Dark Energy Camera, the extraordinary instrument at the heart of the DES, an experiment funded by the DOE, the National Science Foundation and other funding agencies. Prior to 2015, scientists had located only about two dozen such galaxies around the Milky Way. The closest of these newly discovered objects is about 80,000 light-years away, and the furthest roughly 700,000 light-years away.
Most of the newly discovered objects are in the southern half of the DES survey area, in close proximity to the Large Magellanic Cloud and the Small Magellanic Cloud. Since dwarf galaxies are thought to be made mostly of dark matter, with very few stars, they are excellent targets to explore the properties of dark matter. The 17 dwarf satellite galaxy candidates were discovered in the first two years of data collected by the Dark Energy Survey, a five-year effort to photograph a portion of the southern sky in unprecedented detail. A team of astronomers from the University of Cambridge have identified nine new dwarf satellites orbiting the Milky Way, the largest number ever discovered at once.
Scientists on two continents have independently discovered a set of celestial objects that seem to belong to the rare category of dwarf satellite galaxies orbiting our home galaxy, the Milky Way. When we think of cosmology, we often imagine the largest telescopes peering into the deepest space, collecting the feeble light from exploding stars or the first galaxies. The first results have been released from a major new dark matter survey of the southern skies using ESO's VLT Survey Telescope (VST) at the Paranal Observatory in Chile.
A ripple in the outskirts of the Milky Waya€”and a huncha€”led Rochester Institute of Technology astrophysicist Sukanya Chakrabarti to a previously undetected dwarf galaxy hidden under a veil of dark matter.
Simulating World War Three scenarios to train military personnel are within the grasp of Perth-based Calytrix Technologies thanks to their virtual simulation technology platform Titan Vanguard CX. A trio of researchers in Denmark has calculated the relative ages of the surface of the Earth versus its core and has found that the core is 2.5 years younger than the crust. If there were all this Cosmic Fairy Dust pervading every recess of the universe, then Einstein in 1915 in General Relativity would never have been able to calculate the exact angle that starlight bends as it passes the visible peripheral disc of the sun. If the whole dark matter halo was made out of dwarf galaxies it would be as bright as the regular stellar halo.
OK, the scales of things:The Sun is a beachball on the goal line of a football field in San Francisco. I always get disappointed when people maybe smarter then me (and I say that only because I couldn't afford to attend school as much as I would have liked to) in an area of science such as this; act like little kids, None of you try to resolve anything, you don't really explain anything but what your own views are centered on. Fellow commenters, although arguing with Benni is totally in vain, I appreciate you efforts very much.
There's hardly any bright matter in galaxies compared to the dark matter, but it's clumped together in solar systems.
A few weeks back, my article 10 Nuggets, Tips and Tricks for Energy System Training got some great reviews. Not that I’m against this style of training, I use it myself, but I always find the real improvements come through high intensity stuff. When I was a LT in the Army I had my platoon do intervals almost every day with the occasional low intensity stuff and we had the top PT scores both individually and as a platoon in our brigade. Since Jamieson wrote his book I keep seeing people bring this up, but I don’t see the improvements promised from the low intensity stuff alone. One of the big issues with regards to aerobic training is the thought that it must solely consist of long duration, low-intensity methods of training.
On the contrary, aerobic training can absolutely run the spectrum with regards to intensity level.
So instead of focusing solely on long-duration, low-intensity exercise, think instead about the spectrum of aerobic development, from power to capacity. Another thing that’s important to note when talking about interval training is to define the intensity and duration of your intervals. But that doesn’t mean that all intervals are created equally, or target the same system. If you’ve put in the work and have some modicum of an aerobic base, you can see huge progress in your high-intensity conditioning levels rather quickly.
Think of it like this: If your guys have been doing training runs and have already achieved a minimum standard of aerobic development, this could explain why they saw such huge improvements in performance.
Patrick Ward has an awesome presentation on the Power-Capacity Continuum that I’m reviewing now. If we go back to our pyramid, just like we build from the ground up, we also need to consider our ability to adapt and build each energy system.
The aerobic energy system (base of the pyramid) has the greatest window, or potential, for adaptation. The aerobic energy system is very trainable, and has a huge window potential for adaptation. And last but not least, the ATP-CP system is the top of the pyramid, with the least room for growth and development.
The bottom line is this: You can absolutely see huge changes in performance with you train anaerobically. Quite simply, if you’re going to do a block of high-intensity interval training, use some low-intensity work on off-days to blunt a massive shift to anaerobic development.
Keep those aerobic energy system pathways open, because you’ll never know when you’ll need to tap back into them!
Too often I see people with no aerobic base whatsoever, who jump immediately into high-intensity training. Furthermore, when you do start incorporating high-intensity training, I wouldn’t do it day-in and day-out for months on end.

My goal when incorporating this kind of training for team-sports athletes is to do as little work as possible.
My objective when integrating this type of coaching for team-sports sportsmen is to do as little perform as possible.
Another thing that I think both you and Joel do a great job of pointing out is that the aerobic base doesn’t have to be built on running.
I really appreciate the input about recovery runs because I have days where I just can’t do another high intensity workout. Another factor that I think both you and Fran do an excellent job of directing out is that the aerobic exercise platform doesn’t have to be designed on operating. Part of a 2-inch-diameter gallium-arsenide wafer used as a base for photon-enhanced thermionic emission chips. Based on the photon-enhanced thermionic emission (PETE) process, a new solar-energy device is about 100 times more efficient than its previous design. Scientists working at the Stanford Institute for Materials and Energy Sciences (SIMES) have improved an innovative solar-energy device to be about 100 times more efficient than its previous design in converting the sun’s light and heat into electricity. The new device is based on the photon-enhanced thermionic emission (PETE) process first demonstrated in 2010 by a group led by Melosh and SIMES colleague Zhi-Xun Shen, who is SLAC’s advisor for science and technology. Conventional photovoltaic cells use a portion of the sun’s spectrum of wavelengths to generate electricity. The heart of the improved PETE chip is a sandwich of two semiconductor layers: One is optimized to absorb sunlight and create long-lived free electrons, while the other is designed to emit those electrons from the device so they can be collected as an electrical current.
Concentrated sunlight (red arrows at the top) heats up the device’s semiconductor cathode (beige and grey upper plate) to more than 400 degrees Centigrade. An additional challenge will be to engineer the device to withstand the dramatic 500-degree daily temperature swings at solar power plants, as their systems heat up during the day and then cool down at night. This sounds very promising, however I have been seeing promising solar tech research announcements for the past 10 years. Can anyone provide credible probability estimate on this tech making it to the market in the next 5 years? It claims an order of magnitude of improvement on the previous PETE chip, NOT on standard panels.
A dust cloud from a meteor, a nuclear explosion or a big volcano can reduce the power at the worst time.
This map has led to the discovery of 17 dwarf galaxy candidates in the past six months (red dots), including eight new candidates announced today. Signs indicate that they, like the objects found by the same team earlier this year, are likely dwarf satellite galaxies, the smallest and closest known form of galaxies. Dwarf galaxies can be found with fewer than 1,000 stars, in contrast to the Milky Way, an average-size galaxy containing billions of stars.
Scientists believe that dark energy is the key to understanding why the expansion of the universe is speeding up.
If these new discoveries are representative of the entire sky, there could be many more galaxies hiding in our cosmic neighborhood.
These objects are, on average, around a billion times dimmer than the Milky Way and a million times less massive. These are the two largest satellite galaxies associated with the Milky Way, about 158,000 light-years and 208,000 light-years away, respectively. Further analysis will confirm whether these new objects are indeed dwarf satellite galaxies and whether signs of dark matter can be detected from them. Scientists have now had a first look at most of the survey area, but data from the next three years of the survey will likely allow them to find objects that are even fainter, more diffuse or farther away. Of the eight confirmed planets, the Earth's orbit is the most tilted, but even that tilt is still small, at just seven degrees.
It is an indelible part of modern cosmology and its theory, and has been observed to ~ 20 sigma (IIRC) in the latest Planck data release. So maybe just maybe we found that gravity field we were sure was dark matter, because it doesn't have to be clumps of 100% active stars. All the mainstream supporters show up to explain how much they know about it and refute those "cranks" who vocally demonstrate they don't believe it exists.
In Joel Jamieson’s Ultimate MMA Conditioning book, he outlines eight different methods for aerobic energy system development. In this presentation, he discusses how we can see shifts and improvements in anaerobic development in as little as one week (or 3 sessions) of training! But the gains will only come for a short period of time, and you don’t have the same potential for long-term development when compared to the aerobic energy system.
Expose them to the stimulus and kick-start the adaptation process, but don’t do it so often or frequently that you start to see the conflicting adaptations with the aerobic energy system. Reveal them to the stimulation and kick-start the variation procedure, but do not do it so often or regularly that you begin to see the inconsistent modifications with the cardio exercise power program.
I’ll say this, thinking back, with my platoon, the majority of our intervals were probably aerobic. Joel makes it a point to say that getting it down into the low 50’s is indicative of a good aerobic base (for MMA anyway). The other Soldiers I talk to get that intervals can be other things besides running (although it’s a tough sell that intervals can be aerobic), but talk about aerobic work or cardio and it is instantly about running.
The other Military I discuss to get that durations can be other factors besides operating (although it’s a challenging offer that durations can be aerobic), but discuss aerobic exercise perform or aerobic and it is immediately about operating.
In a report last week in Nature Communications, the group described how they improved the device’s efficiency from a few hundredths of a percent to nearly 2 percent, and said they expect to achieve at least another 10-fold gain in the future. But PETE uses a special semiconductor chip to make electricity by using the entire spectrum of sunlight, including wavelengths that generate heat. A cesium oxide coating on the second layer eases the electrons’ passage from the chip.
And we have seen advancements in panel efficiency, but improvements have been steadily incremental.
I am in need of a information regarding calculation of thermal energy from solar thermal collector. Now we can have more than energy to store and provide for our house even if you’re using this on your business.

Several of the candidates are in close proximity to the two largest dwarf galaxies orbiting the Milky Way, the Large and Small Magellanic Clouds, both of which are visible to the unaided eye.
Scientists have predicted that larger galaxies are built from smaller galaxies, which are thought to be especially rich in dark matter, the substance that makes up about 25 percent of the total matter and energy in the universe.
To carry out its dark energy mission, DES takes snapshots of hundreds of millions of distant galaxies. It is possible that many of these new objects could be satellite galaxies of these larger satellite galaxies, which would be a discovery by itself.
The DM hypothesis is that it envelopes Spiral galaxies providing countervailing gravitational forces to keep the radial arms from being sucked into the central bulge. It is better to speak of the observed DM content's properties.Speaking of DM's role, Astrobites (the professional blog for astronomy students) have a recent article on how DM now is necessary - best - to predict spiral galaxies, the very area that it did badly before (due to the cusp core problem).
The expected dark matter content of the solar system out to Pluto is on the order of a mid sized asteroid, a rounding error for the aberration of starlight. In fact, the efficiency of thermionic emission improves dramatically at high temperatures, so adding PETE to utility-scale concentrating solar power plants, such as multi-megawatt power tower and parabolic trough projects in California’s Mojave Desert, may increase their electrical output by 50 percent.
Future research is aimed at making the device up to an additional 10 times more efficient by developing new coatings or surface treatments that will preserve the atomic arrangement of the second layer’s outer surface at the high temperatures it will encounter in the concentrating solar power plant. Additional solar and device heat is collected below the anode (arrow shows the cool-to-hot, blue-to-red flow) to run electricity-generating steam turbines or Stirling engines. By comparison, the new stellar systems are so faint that they are difficult to a€?seea€? even in the deep DES images and can be more easily visualized using maps of the stellar density (inset). Dwarf satellite galaxies, therefore, are considered key to understanding dark matter and the process by which larger galaxies form.
However, some of the DES images also contain stars in dwarf galaxies much closer to the Milky Way.
The above linked giant halos of ordinary matter that stretch almost half the distances between galaxies could not exist as they do because the DM Envelope that supposedly surrounds Spiral galaxies would prevent the formation of the detectable halo.
You don't know what you're talking about, just the usual marrative of the DM Hypotheses talking points. There's nothing necessarily wrong with the fact of dark matter not being found in the solar system, the distribution at that scale would be negligible regardless.
Considering where it MUST be in order for things to move the way they do, it's really gotta drive ya nuts when not one instrument we aim at the sky can detect it.
I often forget that many people, when they think of intervals, think of tabatas or other short work outs. I have no issues with conditioning for fights, in fact at my school I’m known to have really top notch conditioning. Those systems use mirrors to focus sunlight into superbright, blazingly hot regions that boil water into steam, which then spins an electrical generator.
Fourteen of the dwarf galaxy candidates found in DES data are visible in this particular image. The same data can therefore be used to probe both dark energy, which scientists think is driving galaxies apart, and dark matter, which is thought to hold galaxies together. If there were all this Cosmic Fairy Dust pervading every recess of the universe, then Einstein in 1915 in General Relativity would never have been able to calculate the exact angle that starlight bends as it passes the visible peripheral disc of the sun.You DM Enthusaists never seem to get it. Maybe it's because the Sun isn't uniformly distributed in the solar system in some sort of fixed mass fraction. If I were you, I'd find it much more interesting that no discernible dark matter was found in a fairly sizable portion of our own galaxy. This was was 20 years before Zwickey came up with his funny farm science of DM Cosmic Fairy Dust. May you never have to hide your successes in China to avoid the Big Oil Ogres from disappearing your work in U.S. Einstein did not need to include 75-90% missing matter gravity into his Gravitational Lensing calculations in General Relativity, but none of you understand why he didn't need to. If you could "inactive stars" whatever you mean by that then they would need to appear in microlensing projects which ruled out stellar mass objects as the major component of the dark matter halo. Poor Einstein, he didn't realize how he missed 75-90% of the gravity of the Universe because his Differential Equations couldn't account for what Zwickey would hypothesize 20 years later.If you're to believe the DM Narrative, none of the Einstein Field Equations should work. You chuckleheads keep missing that in order to make these claims, the only way to validate them is to produce a particle.
Patent Hell, to save their vested interests, old investments older patents and proprietary secrets. Go to that section of GR & actually study it, that is if the math isn't too arduous for you.
As Torbjorn_Larsson_OM correctly points out there is additional evidence for dark matter not simply being normal matter, namely the CMB powerspectrum, primordial nucleosynthesis and the amplitude of the baryon acoustic oscillation in the modern universe.
Otherwise you are asking the world to believe that there are transparent massive particles without an energy content that outnumber real particles 3 to 1.Everything you say is complete bullshit until you produce a particle that matches the characteristics of DM. The saddening part of it, is that once I start adding some intensity (I call it peaking when I do this) with in a very short period, my RHR goes right back to the 60-65 range. Thorium reactors to you and may the nano carbon super capacitors ride shotgun over your works! You promised a couple of weeks ago to produce them & we're all still waiting to see "IMP9 Field Equations".
I still want to see those vaunted "IMP9 Field Equations", you know, that math that's beyond GR that you incessantly harp about. They don't get that the entire mass of the Solar System is only infinitesimally larger than the Sun, if it were all packed into the Sun. I want to see your Field Equations that you're claiming are so far beyond General Relativity that only DM Enthusiasts are capable of comprehending. I know recovery is a good indicator of aerobic conditioning, but then the RHR thing doesn’t add up for me.

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