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The Beauty of Buying a Ski Home in Idaho? Nobody Knows a Thing About It

Schweitzer Mountain has 2,900 acres, great snow and stunning lake views; it’s Idaho’s largest ski terrain area.

Most people have never heard of it.

“We have no lift lines. It’s low-key, it isn’t pretentious and there’s a strong sense of community,” says David Thompson, a retired surgeon from Houston who bought a ski-in, ski-out house there with views of Lake Pend Oreille in 2009 for $850,000.

It isn’t easy to get to Schweitzer—the closest major airport is in Spokane, Wash., about a two-hour drive, including a steep road with sharp switchbacks. The two fastest routes from Idaho’s capital, Boise, are 10-12 hours and involve going through either Washington or Montana.

There aren’t many shops and hotels right at the mountain’s base, and cell and internet service can be spotty in the area. Residents have to pick up their mail in the village.

But Schweitzer is in the midst of a dramatic transformation, aiming to become a destination resort. Last season it added seven runs and two lifts and joined the Ikon Pass, a 47-mountain destination ticket that gives members access to elite ski areas around the world, including Aspen, Colo., Jackson Hole, Wyo., Utah’s Deer Valley, Vermont’s Killington and Zermatt in Switzerland.

The resort village, with a year-round population of about 65, currently looks like a giant construction site, as the resort embarks on a multiphase rollout of residential development. An angled, contemporary glass-and-steel hotel and restaurant, designed by hip Portland, Ore., firm Skylab Architecture, is rising amid the more traditional alpine condos and lodges. The skeletons of new modern houses and townhouses bolstered by steel rods now inundate the steep slopes.

Demand for real estate is so high that there are currently no houses on the market for sale and only two condos—a stark difference from the 40-50 units for sale in the wider area at any given time in the past, says Patrick Werry, an agent with Century 21 Riverstone. Home prices have risen 40% over the past year in this resort village of about 700 homes.

Last year Schweitzer joined the Ikon pass, a 47-mountain destination ticket that gives members access to elite ski areas around the world, including Aspen, Colo., Jackson Hole, Wyo., Utah’s Deer Valley, Vermont’s Killington and Zermatt in Switzerland.



Photo:

Schweitzer

“Everyone is trying to get on the bandwagon,” says Craig Mearns of M2 Construction, which has a three-year waiting list to even start building a custom house. Its latest spec project sold out in a month, even when prices increased from $550,000 to $950,000 for a unit.

What’s happening at Schweitzer is happening all over Idaho. The state is in the midst of a ski renaissance. As its resorts expand their ski terrain and add amenities, demand for homes is booming.

“Idaho is attracting people who want a smaller resort experience—the feel that other Western resorts used to offer but don’t anymore,” says Thomas Wright, president of Summit Sotheby’s International Realty.

Idaho’s ski resorts are scattered across the state and their characters are as different as the terrain that surrounds them, from the arid, celebrity-infused Sun Valley, to the insular, pine-tree dense village of Tamarack, north of Boise. All the way east is the wilder, remote Grand Targhee, in the Teton Range, located in Alta, Wyo., just on the border with Idaho. But the appeal of all these places is the same: low-key, uncrowded skiing with consistent snow.

At Tamarack, the insular, pine-tree dense village north of Boise, the snow is consistently powdery, there are almost never lift lines and there’s lots of backcountry skiing. Opened in 2004, then shut in 2008 due to bankruptcy, Tamarack is in the midst of a resurgence. The resort’s lifts currently service about 1,000 acres of skiable terrain. VIDEO: Todd Meier for The Wall Street Journal

Real-estate agents say the demand for ski resort homes is an offshoot of the demand for homes in Idaho overall, a movement fueled by the pandemic, with people looking for properties with more space and, in some cases, more lax Covid restrictions. (Idaho is currently in a hospital resource crisis because of its high rate of Covid.)

Idaho’s home prices have grown 42% in the past two years—twice the national average and the highest of all the states, according to Nik Shah, CEO of Home LLC., a down payment assistance provider.

“Most of my friends are like ‘Idaho, what’s there?’ My response is, ‘exactly—it’s because you don’t know about it,’ ” says Harmon Kong, a 57-year-old investment adviser from Lake Forest, Calif.

Mr. Kong and his wife, Lea Kong, fell hard last year for Tamarack and bought two places: a ski-in ski-out, three-bedroom, three-bathroom penthouse condo in the fall of 2020 for $1.8 million, and three-bedroom, three-bathroom chalet nearby for $1.28 million.

Mr. Kong was used to skiing at Heavenly Ski Resort in Lake Tahoe, Calif., which he likens to Disneyland because of the crowds. At Tamarack, he says the snow is routinely powdery, there are hardly ever lift lines and there’s lots of backcountry skiing.

Opened in 2004, then shut in 2008 due to bankruptcy, Tamarack is in the midst of a resurgence. The resort’s lifts currently service about 1,000 acres of skiable terrain and it has applied to the U.S. Forest Service for permits to add seven to nine new lifts, including a gondola, and more than double its size by adding 3,300 new acres of ski terrain and a new summit lodge.

Building is underway on ambitious, multiphase residential development projects, which will result in 2,043 residential units, including about 1,000 hotel rooms and a mix of condos, estate homes, townhomes, cottages and chalets. Tamarack is in the process of starting a charter school. The average sold price for a home in Tamarack, which has about 450 homes in all, has grown 80% over the past two years, according to the Mountain Central Association of Realtors.

To attract more skiers, this past year Tamarack joined the Indy Pass, which includes small, independent resorts around North America. The resort’s president Scott Turlington is aiming for 500,000 skier visits over the next couple of seasons (up from 120,000 last season), which he acknowledges might make him persona non grata among some of the current homeowners. “If I do my job properly I won’t be the most popular person,” he says.

Ski Magazine readers voted Sun Valley the country’s top ski resort in Western North America in 2021, in part because of its comparably short lift lines. However, last year it became a partner in the Epic pass, a move that could bring more skiers. Sun Valley has been growing its ski operations. Last season it added 380 acres of skiable terrain on Bald Mountain and a new high-speed chairlift. VIDEO: Sun Valley Resort

Still, Mr. Turlington says, “We want to maintain our rugged individualism and independent spirit. It’s a very different feeling here than at one of the top resorts.”

The top ski resort in Idaho is Sun Valley. In fact, Ski Magazine readers voted Sun Valley the top ski resort in Western North America in 2021, in part because of its comparably short lift lines. It’s located in an arid, high-altitude and desert-like environment and its famed Sun Valley Lodge has walls lined with photos of celebrities like Marilyn Monroe, Ernest Hemingway and Tom Hanks. Business moguls and world leaders convene there every summer for the annual Allen & Company conference.

Sun Valley has also been growing its ski operations. Last season, it added 380 acres of skiable terrain on Bald Mountain and a new high-speed chairlift. It became a partner in the Epic Pass, which includes mountain resorts like Colorado’s Vail, Utah’s Park City and Whistler in Canada, a move to bring more skiers to the mountains.

Sun Valley Resort’s vice president and general manager Pete Sonntag says the resort has no plans to expand further for now. “Our goal is never about competing for the most skiers. It’s about improving the guest experience,” he says, adding, “The remote location will keep it from feeling overrun.”

But, like many resort towns, the issue of development and affordable housing is a hot topic right now. “There’s a huge concern about people getting priced out,” says Katherine Rixon, a real-estate agent with Keller Williams Sun Valley. Property values have appreciated so much that many owners of rental properties are cashing out of the market, leaving their tenants having to find a new place to live in an already tight rental environment. And at the same time, rental rates have doubled in the past year. There are a number of government and nonprofit groups working on increasing housing for the workforce, she says.

The number of sold homes was up 71% in August compared with a year earlier, the median price was up 20%, and the number of homes for sale down 56%. A three-bedroom, three-bathroom townhouse Ms. Rixon sold at Sun Valley last year for $2 million just resold for $3.6 million.

“People here complain when there’s four people in the lift line,” says Jean-Pierre Veillet, a real-estate developer. He moved with his family this summer from Portland, Ore., to Bellevue, about half an hour from Sun Valley’s main town of Ketchum, in part because his 15-year-old son Oliver is a ski racer and was attending a boarding school in the area.

Mr. Veillet, 50, and his wife, Summer Veillet, 45, bought a four-bedroom, two-bathroom, 3,000-square-foot house with a library, a three-car garage and a barn on 10 acres for $1.3 million in March. They’d been looking for a house in Ketchum and Hailey, the two towns in the area which are closer to the slopes, but gave up after not finding anything for a year.

Mr. Veillet still works in Portland, and even though that’s not far geographically, getting back and forth is strenuous because there are no nonstop flights to the small Sun Valley airport. The Veillets say there are pros and cons of living there: the skiing is great, Oliver is thriving, and their younger son, Zealand, who is 10 and is home-schooled, is getting a great education from the growing, fishing and renovating the family is doing.

On the other hand, the internet is terrible, there can be fierce windstorms and there’s no food delivery service. “It’s been a hard transition. It can be hard to slow down and make a change in life,” says Mr. Veillet.

David and Kimberly Barenborg just moved to Ketchum, into a five-bedroom, five-bathroom, over 4,000-square-foot log cabin-style house with a guest cottage in a quiet neighborhood right along a stream. They bought it for about $4 million in August after they sold their house in the Seattle suburb of Mercer Island.

Mr. Barenborg, 60, who co-founded a financial advisory firm, wanted somewhere that had sun, felt safe and where he could ski, bike and fish. “It’s just play time,” he says. “I’m so happy here.”

The only catch is the threat of development on a 65-acre dog park and green space that’s directly across the creek from their new home. He is working to help the town raise the $9 million the developer is asking for the property. He says the process has been slow going but the community is starting to see the value of protected green space. “Everyone is overwhelmed by what’s going on,” says Mr. Barenborg, referring to the rapid growth that’s stressing the town’s infrastructure.

The rapid growth is also increasing jobs, but Heidi Husbands, a council member in Hailey, says Sun Valley is currently facing a shortage of workers because people can’t afford to live there anymore. Ketchum approved funding for an affordable housing project, but it is still controversial. At one point the town considered allowing workers to put tents in a park, but that idea was canceled.

Schweitzer Mountain resort, owned by Seattle-based McCaw Investment Group, plans to add a whole new ski area, with four new lifts and a new lodge ove the next five to 10 years.



Photo:

Schweitzer

SHARE YOUR THOUGHTS

Do you think the demand for ski resort homes is a passing trend, or could it mark a long-term shift? Join the conversation below.

Some residents of Schweitzer are also worried about more crowds, traffic and a shortage of housing. The resort, owned by Seattle-based McCaw Investment Group, just sold out a 35-lot subdivision and broke ground on an addition to a condo building. In a few weeks, it will start building a new residential neighborhood with cabins before embarking on several others later next year. In five to 10 years, the resort plans a whole new area, with four new lifts and a new lodge.

The potential impacts from climate change are also an issue. Schweitzer CEO Tom Chasse says, “Strategically, we are concerned about the snow level. We are seeing a change in precipitation. The snow lines have been moving up for the last few seasons. So we want to make sure we have lift access to the higher elevations and we are doing feasibility studies on adding snow-making on the lower levels.”

However, Mr. Chasse says the resort has plenty of room to grow. “We want to increase our sophistication level,” he says.

Schweitzer’s CEO Tom Chasse says the resort has plenty of room to grow. “We want to increase our sophistication level,” he says.



Photo:

Schweitzer

Write to Nancy Keates at nancy.keates@wsj.com

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Kim Kardashian’s New Look for KKW Beauty Could Be New ‘SKKN’ Trademark

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More Results From The Large Hadron Collider Point to Entirely New Physics

Update (24 March 2021): The Large Hadron Collider beauty (LHCb) experiment is still insisting there’s a flaw in our best model of particle physics. 

As explained below, previous results comparing the collider’s data with what we might expect from the Standard Model threw up a curious discrepancy by around 3 standard deviations, but we needed a lot more information to be confident it truly reflected something new in physics.

 

Newly released data have now pushed us closer to that confidence, putting the results at 3.1 sigma; there’s still a 1 in 1,000 possibility that what we’re seeing is the result of physics just being messy, and not of a new law or particle. Read our original coverage below to learn all the details.

Original (31 August 2018): Past experiments using CERN’s super-sized particle-smasher, the Large Hadron Collider (LHC), hinted at something unexpected. A particle called a beauty meson was breaking down in ways that just weren’t lining up with predictions.

That means one of two things – our predictions are wrong, or the numbers are out. And a new approach makes it less likely that the observations are a mere coincidence, making it nearly enough for scientists to start getting excited.

A small group of physicists took the collider’s data on beauty meson (or b meson for short) disintegration, and investigated what might happen if they swapped one assumption regarding its decay for another that assumed interactions were still occurring after they transformed.

The results were more than a little surprising. The alternative approach doubles down on the take that something strange really is going on.

 

In physics, anomalies are usually viewed as good things. Fantastic things. Unexpected numbers could be the window to a whole new way of seeing physics, but physicists are also conservative – you have to be when the fundamental laws of the Universe are at stake.

So when experimental results don’t quite match up with the theory, it’s first presumed to be a random blip in the statistical chaos of a complicated test. If a follow-up experiment shows the same thing, it’s still presumed to be ‘one of those things’.

But after enough experiments, sufficient data can be collected to compare the chances of errors with the likelihood of an interesting new discovery. If an unexpected result differs from the predicted outcome by at least three standard deviations it’s called a 3 sigma, and physicists are allowed to look at the results while nodding enthusiastically with their eyebrows raised. It becomes an observation.

To really attract attention, the anomaly should persist when there’s enough data to push that difference to five standard deviations: A 5 sigma event is cause to break out the champagne.

 

Over the years, the LHC has been used to create particles called mesons, with the purpose of watching what happens in the moments after they’re born.

Mesons are a type of hadron, somewhat like the proton. Only instead of consisting of three quarks in a stable formation under strong interactions, they’re made of only two – a quark and an antiquark.

Even the most stable of mesons fall apart after hundredths of a second. The framework we use to describe the construction and decay of particles – the Standard Model – describes what we should see when different mesons split up.

The beauty meson is a down quark connected to a bottom anti-quark. When the particle’s properties are plugged into the Standard Model, b-meson decay should produce pairs of electrons and positrons, or electron-like muons and their opposites, anti-muons.

This electron or muon outcome should be 50-50. But that’s not what we’re seeing. Results are showing far more of the electron-positron products than muon-anti-muons.

This is worth paying attention to. But when the sum of the results are held up next to the Standard Model’s prediction, they’re out by a couple of standard deviations. If we take into account other effects, it could be even further out – a real break from our models.

 

But how confident can we be that these results reflect reality, and aren’t just part of the noise of experimentation? The significance is well short of that sigma of 5, which means there’s a risk that gap from the Standard Model isn’t anything interesting after all.

The Standard Model is a fine piece of work. Built over decades on the foundations of the field theories first laid out by the brilliant Scottish theorist James Clerk Maxwell, it’s served as a map for the unseen realms of many new particles.

But it’s not perfect. There are things we’ve seen in nature – from dark matter to the masses of neutrinos – that currently seem to be out of reach of the Standard Model’s framework.

In moments like this, physicists tweak basic assumptions on the model and see if they do a better job of explaining what we’re seeing.

“In previous calculations, it was assumed that when the meson disintegrates, there are no more interactions between its products,” physicist Danny van Dyk from the University of Zurich said in 2018.

“In our latest calculations we have included the additional effect: long-distance effects called the charm-loop.”

The details of this effect aren’t for the amateur, and aren’t quite Standard Model material.

In short, they involve complicated interactions of virtual particles – particles that don’t persist long enough to go anywhere, but arise in principle in the fluctuations of quantum uncertainty – and an interaction between the decay products after they’ve split up.

What is interesting is that by explaining the meson’s breakdown through this speculative charm loop the anomaly’s significance jumps to a convincing 6.1 sigma.

In spite of the leap, it’s still not a champagne affair. More work needs to be done, which includes piling up the observations in light of this new process.

“We will probably have a sufficient amount within two or three years to confirm the existence of an anomaly with a credibility entitling us to talk about a discovery,” Marcin Chrzaszcz from the University of Zurich said in 2018. (As you know, it’s 2021 and we’re still not quite there, but getting closer.)

If confirmed, it would show enough flexibility in the Standard Model to stretch its boundaries, potentially revealing pathways to new areas of physics.

It’s a tiny crack, and still might turn up nothing. But nobody said solving the biggest mysteries in the Universe would be easy. 

The 2018 study was published in European Physical Journal C; the 2021 results are awaiting peer-review, but are available for researchers to check out on arXiv.

 

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Finnish astrophotographer spends 1,000 hours over 12 years creating mosaic of the Milky Way

Written by By Eoin McSweeney, CNN

Capturing panoramas of the Milky Way, the galaxy in which we reside, might seem like a daunting task considering it is, according to the National Aeronautics and Space Administration, about 100,000 light-years across.

But Finnish astrophotographer JP Metsavainio has spent almost 12 years stitching together 234 frames to create a mosaic of 125 degrees of sky. The panorama, which shows 20 million stars, captures the space between the Taurus and Cygnus constellations and was completed on March 16.

“Astronomical photography is one of the most difficult forms of nature photography,” Metsavainio, a professional artist, told CNN Friday. “My mosaic image is generally very deep, meaning that it shows extremely dim targets and formations in gas clouds of our home galaxy, the Milky Way.”

Each image in the mosaic is an independent artwork and available to see on Metsavainio’s blog. He claims an image like this has never existed before, which is one of the reasons he decided to dedicate thousands of hours to the project.
Clear, dark skies away from the light pollution of cities are vital to astrophotography, the photography of astronomical objects, an activity that happens worldwide. Patience is also key, as it can take hours or even days to capture just one photo over a long exposure.

Metsavainio used a range of modified camera lenses and telescopes at his observatory in northern Finland, near the Arctic Circle. He first uses image processing software to adjust levels and color before stitching the separate panels together on Adobe PhotoShop, using stars as indicators to match the correct frames.

JP Metsavainio, the Finnish astrophotographer who created the stunning mosaic of the Milky Way. Credit: Studio Timo Heikkala Oy

The astrophotographer said his favorite images are of supernova remnants, a phenomenon that forms after a star explodes. Several of them are visible in his panorama and the Cygnus Shell, a particularly dim supernova remnant which can be seen as a pale blue ring near the North America nebula, took the astrophotographer 100 hours alone to create.

His blog has had 750,000 visitors since the photo was published, up from an average of about 1,000 a day.

“The reason I keep doing my slow work is basically an endless curiosity, I love to see and show how wonderful our world really is,” he told CNN. “This is lonely and slow work but every time I see the results, I’m as thrilled as the first time.”

Another photo of the Sharpless 132 nebula which makes up a small part of JP Metsavainio’s Milky Way mosaic Credit: Courtesy JP Metsavainio

Alongside Queen guitarist and astrophysicist Brian May, Metsavainio participated in a live virtual broadcast in September hosted by the Science Museum of London. At the time he was publishing a 3-D book about cosmic clouds with the musician and Astronomy Magazine editor David J Eicher.

A devoted lover of the night sky, Metsavainio plans to continue his work but with a different lens.

“I have shot the night sky with relatively short focal length optics for the last few years,” said Metsavainio. “In the future, I’ll go back to a longer focal length instrument.”

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Scientists Have Grown Microbes on Actual Rock Bits From Mars

Rock from Mars is a rare and precious resource here on Earth. So far, the only samples we have are chunks of meteorite, dislodged from the red planet and travelling through the Solar System until they smack into Earth.

 

A small piece of this invaluable stuff has just been put to a fascinating use: Scientists ground up a small piece of the Martian Black Beauty meteorite, and used it to grow extremophile microbes.

This not only demonstrates that life could actually exist in real Martian conditions, it provides astrobiologists with new biosignatures they could use to look for signs of ancient life in the crust of Mars.

“Black Beauty is among the rarest substances on Earth, it is a unique Martian breccia formed by various pieces of Martian crust (some of them are dated at 4.42 ± 0.07 billion years) and ejected millions [of] years ago from the Martian surface,” said astrobiologist Tetyana Milojevic of the University of Vienna in Austria.

“We had to choose a pretty bold approach of crushing a few grams of precious Martian rock to recreate the possible look of Mars’ earliest and simplest life form.”

If ancient life existed on Mars, then of all the life on Earth, it’s most likely to resemble an extremophile. These are organisms that live in conditions we once thought too hostile to support life, such as subzero, super-salty lakes in Antarctica, or volcanic geothermal springs, or Earth’s lower crust, deep beneath the seafloor.

 

On ancient Mars, billions of years ago, we are fairly certain that the atmosphere was thick and rich in carbon dioxide. We have a sample of some of the rock that made up the Martian crust when the planet was just a baby.

Here on Earth, organisms that can fix carbon dioxide and convert inorganic compounds (such as minerals) into energy are known as chemolithotrophs, so that is what the research team looked into as the sort of organism that might have lived on Mars.

“We can assume that life forms similar to chemolithotrophs existed there in the early years of the red planet,” Milojevic said.

The microbe they selected was Metallosphaera sedula, a thermoacidophilic Archaean found in hot, acidic volcanic springs. This was placed on the Martian mineral in a bioreactor that was carefully heated, and gassed with air and carbon dioxide. The team used microscopy to observe the growth of cells.

Grow they did indeed – and the Black Beauty groundmass left behind allowed the scientists to observe how the microbe used and transformed the material in order to build cells, leaving behind biomineral deposits. They used scanning transmission electron microscopy to study these deposits down to the atomic scale.

 

“Grown on Martian crustal material, the microbe formed a robust mineral capsule comprised [sic] of complexed iron, manganese and aluminum phosphates,” Milojevic said.

“Apart from the massive encrustation of the cell surface, we have observed intracellular formation of crystalline deposits of a very complex nature (Fe, Mn oxides, mixed Mn silicates). These are distinguishable unique features of growth on the Noachian Martian breccia, which we did not observe previously when cultivating this microbe on terrestrial mineral sources and a stony chondritic meteorite.”

This could provide some invaluable data in the search for ancient life on Mars. The Perseverance rover, which last week arrived on the red planet, will be looking specifically for just such biosigns. Now astrobiologists know what the M. sedula crystalline deposits look like, they might find it easier to identify potentially similar things in Percy’s samples.

The research also highlights how important it is to use real Martian samples to conduct such studies, the researchers said. Although we have simulated Mars regolith available, and Martian meteorites are rare, we can gain invaluable insight from using the real thing.

Part of Perseverance’s mission is to collect samples of Martian rock to be returned to Earth, hopefully within the next decade. Scientists will surely be clamouring for the dust, but we have no doubt at all that some will be earmarked for extremophile research.

“Astrobiology research on Black Beauty and other similar ‘Flowers of the Universe’ can deliver priceless knowledge for the analysis of returned Mars samples in order to assess their potential biogenicity,” Milojevic said.

The research has been published in Communications Earth & Environment.

 

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