Report: Sellers Boosted Prices in April - Developments - WSJ
</dt> <dd class="wp-caption-dd" style="TEXT-ALIGN: left;">Click for metro-level data.</dd></dl></div> <p>Median list prices rose by 0.7% in April from March to their highest level in nearly one year, even as the number of homes listed for sale stood at levels down nearly 19% from a year ago, according to a report released Wednesday.</p> <p>Compared with a year ago, median asking prices were up in 72 markets, flat in 14 markets, and down in 60 markets. But compared with the prior month, they were down in just five of those markets, according to Realtor.com.</p> <p>Asking prices were up by 25% from one year ago in Phoenix, by 15% in Miami, and by 10% in Washington, D.C. Prices were down by 8% in Chicago and Philadelphia. Compared with March, sellers’ prices were up by 7.9% in Minneapolis, by 4.7% in Detroit, and by 4.6% in San Francisco.</p> <p>Inventories of homes for sale rose by 2% from March but were down from one year ago in all but six of the 146 markets. Inventory fell by 53% in Oakland, by 47% in Phoenix, and by 39% in Atlanta.</p> <p>Meanwhile, median age of inventory listed for sale in April stood at 84 days, down by 11.6% from one year ago, meaning that homes listed for sale are staying on the market for less time. In Oakland, homes were listed for just 20 days, down by 55% from one year ago, while the median age of inventory in Denver stood at just 32 days.</p> <p>The Realtor.com figures include sale listings from more than 900 multiple-listing services across the country. They don’t cover all homes for sale, including those that are “for sale by owner” and newly constructed homes that aren’t always listed by the services.</p></blockquote>
Foreclosure activity sinks to a five-year low - Los Angeles Times
Video road test: 2012 Ducati Diavel
<div class="pic_caption"> <p>The 20120 Ducati Diavel </p><strong>Image Gallery (35 images)</strong> </div> <p /></div> <div class="article_body"> <p> </p><div class="g_unit"> <div class="ad">
</li> <li>
</li> <li>
</li> <li>
</li> <li>View all</li></ul> <p> </p><p></p> <p>So here's what we understand a cruiser to be: a big, heavy, comfortable machine, with a gigantic twin-cylinder engine, preferably 1600cc or larger. Raked out forks to deliver stability at the expense of quick turning. Classic shapes to evoke the bad-boy, post Vietnam, Harley-riding outlaw gangs of the 70s, and low-set forward footrests that drag on the ground in the corners. Chrome everywhere, massive open exhausts, and lazy-torquey engines that emphasise foot-pounds over horsepower. Seats that look like saddles, and tanks that look like teardrops. Ornamental front brakes and strong rear ones.</p> <p>The cruiser market is massive and growing as baby boomers age and look towards iconic shapes and relaxed rides. Ducati clearly wanted in, as part of its efforts to diversify away from its sports-only image in recent years. And here's what it came up with: the Diavel.</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>The Diavel Carbon, our test bike, looks like no cruiser you've ever seen. Its design is muscular and front-heavy, futuristic and foreboding - a far cry from a classic shape. Carbon fibre drips off its tank, front fender and rear seat cover, giving way to brushed metal and black paint finishes throughout. In place of the classic analogue cruiser gauges there's a twin digital dash, half LCD and half TFT screen.</p> <p>And the differences between the Diavel and the rest of the cruiser class only get wider from there. Lazy engine? I don't think so. It's the high-revving superbike engine from the 1198 sportsbike. In a class where 100 horsepower is an impressive figure, the Diavel makes more than 160. Old-school tech never had a chance on this bike - it sports every one of Ducati's electronic engine management goodies, from fly-by-wire, to traction control, switchable engine maps and a lovely digital menu of options.</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>Even the brakes fly in the face of cruiser conventions; they're race-caliber Brembo monoblocs with ABS, and they combine with the Diavel's relatively high weight and long wheelbase to make this the fastest stopping Ducati ever built.</p> <p>The riding experience has been described as very confronting for cruiser traditionalists, and that's no big surprise. Our Ducati contact told us that Diavel test rides either sell the bike immediately, or bring people back white-faced and swearing never to touch the brand again.</p> <p>As primarily a sportsbike guy, I wasn't overly surprised by the acceleration - but it's certainly very fast, and with the front end so heavy, it tends to be the gigantic 240-section rear tyre that breaks traction before the front wheel leaves the ground - assuming you've switched the traction control off.</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>On the gas, you're very glad of the stock seat design, which wedges you up against the tank and gives your butt a backstop as the bike fires forward like a bat out of hell. But on the highway, it's downright diabolical. To get any relief for your poor sweaty bum you've got to stand up or sit on the pillion seat.</p> <p>The Diavel out-handles any cruiser I've ever ridden by a large margin - ground clearance is quite decent and if you throw your body off the side you can get a decent lean angle going. On the other hand, that massive rear tire tends to talk to you a fair bit mid-corner, pushing back against you so you need to keep continual pressure on the inside bar to get around the corners. The further you lean, the more it pushes back, like a bad pillion.</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>While the Diavel is fun in the twisties, it's not a quick bike compared to a sporty or naked. And it's not a relaxing cruiser either - the engine demands revs and throttle at all times, so it's important to keep your focus, or else you'll run it into a corner too fast to get its bulk around.</p> <p></p> <div class="article_img" style="HEIGHT: 440px;">
</div> <p></p> <p>So you're left with an odd machine full of contradictions. Treat it as a performance bike and you're disappointed - it goes and stops like a champion thoroughbred but slows you down in the turns. Treat it as a cruiser and it demolishes its class in handling, technology and pure nasty power output, but it's hugely uncomfortable on the freeway without the optional touring seat, and it demands that you ride it like a psychopath rather than a cool, laid-back cruiser guy.</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>It doesn't belong in either class. The Diavel is like nothing I've ever ridden, alone in a class of its own. Lighter and quicker than a VMAX, racier but slower turning than an MT-01.</p> <p>And that makes it a significant bike - one that should definitely be on the test ride list for any prospective cruiser buyer, if you think you can handle it.</p> <p>Oh, and shooting a bike review makes for great still photography opportunities - check out our Diavel photo gallery to see the results.</p></div></blockquote>
Check out our Mission Hills and surrounding San Diego open houses this weekend!
Please call us with any questions. 619-299-8020 or email PruMissionHills@gmail.com
Housing Market: Now May Be the Best Time to Buy Real Estate
Home Prices Rose Most in Two Decades in March 2012
DARPA funds 100 Year Starship to develop human interstellar flight capabilities
<div class="pic_caption"> <p>100YSS will attempt to develop the capabilities needed for human interstellar flight in the next century to take us to other stars ( Image: Shutterstock)</p><strong>Image Gallery (2 images)</strong> </div> <p /></div> <div class="article_body"> <p> </p><div class="g_unit"> <A href="http://www.gizmag.com/voyager-1-spacecraft-edge-of-solar-system/17285/" target=_blank>
Voyager 1, which is now in the outermost layer of the heliosphere that forms the boundary between the Solar System and interstellar space, is set to be the first man-made object to leave the Solar System. It has taken the car-sized probe over 35 years to reach its current point, but at its current speed of about 3.6 AU (334,640,905 miles) per year it would take over 75,000 years to reach our nearest star, Proxima Centauri. Despite the mind-boggling distances involved, DARPA has just awarded funding to form an organization whose aim is to make human interstellar travel a reality within the next century.</p> <p>DARPA awarded US$500,000 in seed funding to the Dorothy Jemison Foundation for Excellence to form 100 Year Starship (100YSS), an independent, non-governmental initiative that will call on experts from a variety of fields (artists and entertainers will get a say alongside scientists, engineers and others) to develop the capabilities for human interstellar flight “as soon as possible, and definitely within the next 100 years.”</p> <p></p> <div class="article_img" style="HEIGHT: 423px;">
</div> <p></p> <p>“Yes, it can be done. Our current technology arc is sufficient,” said Dr. Mae Jamison, a former NASA astronaut, creator of the winning 100YSS proposal and leader of the new organization. “100 Year Starship is about building the tools we need to travel to another star system in the next 100 years.”</p> <p>The first year of the ambitious project will involve searching for investors, establishing membership opportunities, encouraging public participation in research projects, and developing the visions for interstellar exploration.</p> <p>A public symposium will also be held in Houston, Texas, from September 13 to 16, 2012, in what will be an annual event “open to scientific papers, engineering challenges, philosophical and socio-cultural considerations, economic incentives, application of space technologies to improve life on Earth, imaginative exploration of the stumbling blocks and opportunities to the stars, and broad public involvement.”</p> <p>The 100YSS initiative will also see the establishment of a scientific research institute called “The Way” that will focus on speculative, long-term science and technology.</p> <p>“We’re embarking on a journey across time and space,” says Dr. Jemison. “If my language is dramatic, it is because the project is monumental. This is global aspiration. And each step of the way, its progress will benefit life on Earth. Our team is both invigorated and sobered by the confidence DARPA has in us to start an independent, private initiative to help make interstellar travel a reality.”</p></div></blockquote>
San Diego Real Estate Sweet Spot
Shane Pliskin
Branch Manager, Mission Hills
Prudential California Realty/HomeSerivces of America
A Berkshire Hathaway Affiliate
619-208-0535
www.PruCalMissionHills.Posterous.com
Ours, a Culture of Productive, Professional, Life Loving Agents
"Kindness is more important than wisdom, and the recognition of this is the beginning of wisdom." Theodore Isaac Rubin
Tesla Model S gets June release date and personalization updates
<div class="pic_caption"> <p>Tesla has announced the first of its Model S sedans will be delivered to customers from June 22</p><strong>Image Gallery (8 images)</strong> </div> <p /></div> <div class="article_body"> <p> </p><div> <p>Tesla Motors has announced it will begin deliveries of its long-awaited Model S sedan next month. The first customers to slap down a reservation for the battery electric vehicle will be put behind the wheel from June 22, a month ahead of schedule. And despite being just a month away from launch, the company also revealed a number of new features that will allow drivers to personalize the feel of their ride by using the car’s 17-inch touchscreen to adjust steering, suspension and regenerative braking settings.</p> <ul> <li>
</li> <li>
</li> <li>
</li> <li>
</li> <li>View all</li></ul> <p> </p><p>Through the touchscreen interface, drivers can lower the suspension to reduce drag, or raise it to clear speed bumps or when carrying a heavy load. The steering wheel turning resistance can also be adjusted, ranging from Comfort, Standard, and Sport, depending on whether you like a light touch or a bit of a workout.</p> <p></p> <div class="article_img" style="HEIGHT: 528px;">
</div> <p></p> <p>Additionally, in response to feedback, Tesla has made the car’s regenerative braking (which Tesla calls simply “Regen”) driver adjustable. Maximizing the Regen will apply more resistance when the foot is taken off the accelerator to increase the amount of energy being fed back to the battery and increase the car’s range. But for those that prefer the feel of less Regen and aren’t suffering any range anxiety, the Regen level can be reduced.</p> <p>As the Model S nears launch, Tesla has also released a graph showing the predicted range of the 85 kWh Model S (in ideal conditions) against constant speed, as calculated by a computer model.</p> <p></p> <div class="article_img" style="HEIGHT: 528px;">
</div> <p></p> <p>It reveals that a constant speed of around 20 mph (32 km/h) is expected to provide a range of just over 450 miles (724 km). That’s obviously not very practical in the real world and Tesla says it hasn’t achieved such a result in real world testing – but it is planning a prize for the first customer to go over 400 miles (644 km) on a single charge.</p> <p>At the more practical constant highway driving speed of 50-70 mph (80-113 km/h), the Model S should achieve a range of 250-350 miles (402-563 km) – an improvement over the 55 kWh Tesla Roadster and aided by the sedan’s drag coefficient (Cd) of approximately 0.24.</p> <p>Under the older 2-cycle EPA test procedure that blends 55 percent city cycle driving and 45 percent highway cycle driving, the Model S delivers a range of 320 miles (515 km). The new “5-cycle test” that includes a cold driving cycle that requires heater use, a hot weather cycle with air conditioning use, and a high speed cycle that takes the car up to speeds of 80 mph (129 km/h) with rapid accelerations, returned a range of 265 miles (426 km).</p> <p></p> <div class="article_img" style="HEIGHT: 353px;">
</div> <p></p> <p>The first reservation holders will be able to put these figures to the test in just a month’s time when the first Model S sedans start making their way into customer garages. Orders for the Model S currently exceed 10,000, with the company expecting to fill 5,000 of these orders by the end of the year, so there’s sure to be plenty of real-world performance data before too long.</p> <p>The announcement marks a banner week for Tesla Motors co-founder Elon Musk, whose SpaceX company this week successfully launched its Dragon spacecraft into orbit headed for a rendezvous with the International Space Station (ISS) atop its Falcon 9 launch rocket. This marks the first time a private company has sent a spacecraft to the ISS.</p> <p>Source: Tesla</p></div></blockquote>
Swarms of air-bubble microrobots with laser engines could assemble live cells
Air bubbles in a saline solution can be controlled with high precision by a laser beam, which effectively turns them into microrobots capable of assembling microstructures
Image Gallery (2 images)
Building robots out of bubbles is an intriguing idea in its own right, but propelling them with lasers is just plain crazy. The bubble microrobots, devised by the researchers from the University of Hawaii at Manoa, have no mechanical parts whatsoever, but can nevertheless be manipulated with very high precision. Combined into complex robotic systems, they could potentially be used to assemble larger objects, such as biological cells.
To make a bubble micro robot, shine a 400 mW 980 nanometer laser beam into the globule of a regular bubble resting on a heat-absorbing surface, surrounded with a saline solution. As the surrounding fluid moves away from the spot heated up by the laser, the bubble is propelled towards that spot. The location of the bubble changes along with the target location of the laser beam, and the stronger the light, the faster the bubble moves (the top speed is around 4 mm/s or 0.15 ips). The level of precision is finely illustrated by the picture below, which shows 100-µm-diameter glass beads arranged by a microrobot (visible in the top center of the image) to form the acronym for the University of Hawaii (UH).
This unconventional approach means that a virtually unlimited number of tiny robots can be brought in and out of existence instantly, as the need arises and at almost no cost. No assembly is necessary – all you need to create a robot is a syringe full of air. Another major advantage over alternative, less “ephemeral” microrobotic systems is the fact that each bubblebot can be steered independently by separate lasers (this is not necessarily the case with magnetically controlled microrobots).
On the other hand, the obvious limitation of the system is that it operates in a liquid environment (this is not to say it is necessarily a disadvantage). Next steps include using arrays of lasers to get whole teams of robotic bubbles to assemble tiny beads into more and more complex shapes. The goal is to create a system capable of assembling microstructures as complex as cells, possibly autonomously.
One of the microrobots can be seen in action in the video below.
Source: University of Hawaii via ieee spectrum
via Gizmag.com


