Opting to bat first, RR were restricted to 130/9, which was chased by GT in 18.1 overs

As Royal Enfield unveils the Hunter 350 in Bangkok, this biker looks back on his chequered past with The Bullet before taking the newest launch for a spin

Company: P & I Management Consultants
Experience: 0 to 50
location: India
Ref: 24341089
Summary: Job Description: Core Competencies in Brief: 1) A skilled strategist with success in devising efficient implementation of plans, ensuring efficiency & profitability of the company with goal oriented leader with integrity,....

With India exporting roughly one-third of its cotton yarn production every year, trends in export demand play a crucial role in determining the overall performance of the domestic spinning sector. 

Sebastian Vettel admitted he was pushing too hard when he spun out of the second practice session for the Malaysian Grand Prix

There are stories. And there are remarkable stories. And then there are people who write remarkable stories. Perhaps Pulitzer-prize winning writer Geeta Anand belongs to the third category.

In the title metal–organic framework, [Fe(C6H8N2)2{Cu(CN)2}2]n, the low-spin FeII ion lies at an inversion centre and displays an elongated octa­hedral [FeN6] coordination environment. The axial positions are occupied by two symmetry-related bridging 2-ethyl­pyrazine ligands, while the equatorial positions are occupied by four N atoms of two pairs of symmetry-related cyanide groups. The CuI centre is coordinated by three cyanide carbon atoms and one N atom of a bridging 2-ethyl­pyrazine mol­ecule, which form a tetra­hedral coordination environment. Two neighbouring Cu atoms have a short Cu⋯Cu contact [2.4662 (7) Å] and their coordination tetra­hedra are connected through a common edge between two C atoms of cyanide groups. Each Cu2(CN)2 unit, formed by two neighbouring Cu atoms bridged by two carbons from a pair of μ-CN groups, is connected to six FeII centres via two bridging 2-ethyl­pyrazine mol­ecules and four cyanide groups, resulting in the formation of a polymeric three-dimensional metal–organic coordination framework.

The present work reports on the charge and spin density modelling of YTiO3 in its ferromagnetic state (TC = 27 K). Accurate polarized neutron diffraction and high-resolution X-ray diffraction (XRD) experiments were carried out on a single crystal at the ORPHÉE reactor (LLB) and SPRING8 synchrotron source. The experimental data are modelled by the spin resolved pseudo-atomic multipolar model (Deutsch et al., 2012). The refinement strategy is discussed and the result of this electron density modelling is compared with that from XRD measured at 100 K and with density functional theory calculations. The results show that the spin and charge densities around the Ti atom have lobes directed away from the O atoms, confirming the filling of the t2g orbitals of the Ti atom. The dxy orbital is less populated than dxz and dyz, which is a sign of a partial lift of degeneracy of the t2g orbitals. This study confirms the orbital ordering at low temperature (20 K), which is already present in the paramagnetic state above the ferromagnetic transition (100 K).

In the past three years, Dirac half-metals (DHMs) have attracted considerable attention and become a high-profile topic in spintronics becuase of their excellent physical properties such as 100% spin polarization and massless Dirac fermions. Two-dimensional DHMs proposed recently have not yet been experimentally synthesized and thus remain theoretical. As a result, their characteristics cannot be experimentally confirmed. In addition, many theoretically predicted Dirac materials have only a single cone, resulting in a nonlinear electromagnetic response with insufficient intensity and inadequate transport carrier efficiency near the Fermi level. Therefore, after several attempts, we have focused on a novel class of DHMs with multiple Dirac crossings to address the above limitations. In particular, we direct our attention to three-dimensional bulk materials. In this study, the discovery via first principles of an experimentally synthesized DHM LaNiO3 with many Dirac cones and complete spin polarization near the Fermi level is reported. It is also shown that the crystal structures of these materials are strongly correlated with their physical properties. The results indicate that many rhombohedral materials with the general formula LnNiO3 (Ln = La, Ce, Nd, Pm, Gd, Tb, Dy, Ho, Er, Lu) in the space group R3c are potential DHMs with multiple Dirac cones.

Neutron spin-echo spectrometers with a position-sensitive detector and operating with extended time-of-flight-tagged wavelength frames are able to collect a comprehensive set of data covering a large range of wavevector and Fourier time space with only a few instrumental settings in a quasi-continuous way. Extracting all the information contained in the raw data and mapping them to a suitable physical space in the most efficient way is a challenge. This article reports algorithms employed in dedicated software, DrSpine (data reduction for spin echo), that achieves this goal and yields reliable representations of the intermediate scattering function S(Q, t) independent of the selected `binning'.

An energy resolution of <10 µeV for the measurement of phonon energy change is achieved with the inelastic neutron spin echo technique on a conventional neutron triple-axis spectrometer.

This paper reports on the two-scale fractal structure of chromatin organization in the nucleus of the HeLa cell.

“Spinning under the influence” is one way to describe recent activities in the Costa Rican laboratory of Smithsonian scientist William Eberhard. An entomologist at the Smithsonian’s Tropical Research Institute, Eberhard recently carried out a series of experiments in which he observed the web-building behavior of dozens of spiders under the influence of drugs—specifically, a chemical injected into their bodies by parasitic wasps.

The post Drugged spiders’ web spinning may hold keys to understanding animal behavior appeared first on Smithsonian Insider.

Darwin's bark spider cast giant webs across streams, rivers and lakes, suspending the web’s orb above water and attaching it to plants on each riverbank. Bridgelines of these water-spanning webs have been measured as long as 25 meters.

The post Newly discovered Madagascar spider spins largest, toughest webs on record appeared first on Smithsonian Insider.

Imagine a sphere more than 2 million miles across – eight times the distance from Earth to the Moon – spinning so fast that its […]

The post Supermassive black hole spins super fast appeared first on Smithsonian Insider.

Sometimes you need to look in unusual places to tell species apart. Some mammal species are easily distinguished by differences in their fur or skeletons, […]

The post Penis spines help scientists identify bat species appeared first on Smithsonian Insider.

Food is scarce in the deep, dark regions of the ocean where barbeled dragonfishes and their relatives dwell. Known as the Stomiidae, some of these […]

The post Odd anatomy: flexible joint between skull and spine allow dragonfish to open wide appeared first on Smithsonian Insider.

Ana Loncar, Sergio A. Rincon, Manuel Lera Ramirez, Anne Paoletti, and Phong T. Tran

To segregate the chromosomes faithfully during cell division, cells assemble a spindle that captures the kinetochores and pulls them towards opposite poles. Proper spindle function requires correct interplay between microtubule motors and non-motor proteins. Defects in spindle assembly or changes in spindle dynamics are associated with diseases like cancer or developmental disorders. Here we compared mitotic and meiotic spindles in fission yeast. We show that even though mitotic and meiotic spindles undergo the typical three phases of spindle elongation, they have distinct features. We found that the relative concentration of kinesin-14 Pkl1 is decreased in meiosis I compared to mitosis, while the concentration of kinesin-5 Cut7 remains constant. We identified the second kinesin-14 Klp2 and microtubule dynamics as factors necessary for proper meiotic spindle assembly. This work defines differences between mitotic and meiotic spindles in fission yeast, and provides prospect for future comparative studies.

Recent developments of two-color operation modes at X-ray free-electron laser facilities provide new research opportunities, such as X-ray pump/X-ray probe experiments and multiple-wavelength anomalous dispersion phasing methods. However, most existing indexing methods were developed for indexing diffraction data from monochromatic X-ray beams. Here, a new algorithm is presented for indexing two-color diffraction data, as an extension of the sparse-pattern indexing algorithm SPIND, which has been demonstrated to be capable of indexing diffraction patterns with as few as five peaks. The principle and implementation of the two-color indexing method, SPIND-TC, are reported in this paper. The algorithm was tested on both simulated and experimental data of protein crystals. The results show that the diffraction data can be accurately indexed in both cases. Source codes are publicly available at https://github.com/lixx11/SPIND-TC.

“When you can’t breathe, nothing else matters,” once a tagline of the American Lung Association, today it might easily describe what is happening in many […]

The post Gasping for air: nutrients, warming trigger ocean oxygen deficit appeared first on Smithsonian Insider.

So I became obsessed with Spinning.  Not the act itself, but booking a class—  It's so popular at my gym, it fills up instantly!  An 8:30 a.m. class starts taking reservations exactly 26 hours prior—  A digital clock ticks down the seconds—

So I am now setting my alarm the day before at 6:25 a.m. so I can book a bike at exactly 6:30.

 The alarm goes off, I zip downstairs to get my phone with the gym's app, zip back up to get back into bed—  Then, with a scream, at 6:29 a.m., I realize I left my reading glasses downstairs—  The print's too tiny to see—  I sprint back down—  I'm not even in the saddle and my heart rate is up to 150!  But—

Ding!  I'm in!  At 6:31 there are two bikes left, and one is mine, mine, mine!

I arrive the next morning, amped up, even though I have no idea how to spin.  Tonya, our Amazon-like spinning instructress, approaches me.  She asks if I am wearing cycling shoes.  I do not know what those are.  No matter.  She fetches metal toe-holders that look like tiny bear traps.

I'm getting in deep.

All the arriving cyclists are very excited.  They wear cut off shirts and bike pants and backwards caps.  They're a team.  And here we go, cycling, to the B-52's Love Shack.  Tonya exhorts us to greet each other and exchange high-fives.  "Woo hoo!" everyone yells.  I've discovered a cult!  I love it!

 "Go to 70% of your max!" Tonya cries out.  "Play with your edge!"

 I ignore that and just continue at the easiest gear possible.  I'm spinning!  I sing along to the next tune: "Her name is Rio and she dances on the sand!" 

But here's the thing.  I start sweating copiously.  It's ridiculous.  It looks like there's something wrong with me.  My face is dripping, as are arms, hands.  Soon—and I am not making this up—even my bike is sweating.  It's dripping from the handle bars. Oh, the horror.

The next day, my partner shows me an article about this new exercise-induced side effect called Rhabdomyolysis.  Suffered mostly by first-time spinners, it's where overworked muscles strain your kidneys and your pee turns brown.  "I'm amazed you survived!" he said. But I wonder how my poor infected bike is doing. 
So that's it for me.  I went, I spun, I conquered.

Next up? Yoga for nappers.  Lavender pillows -- hold the toe clips.

This content is from Southern California Public Radio. View the original story at SCPR.org.

Cricket: Usman Khawaja joined the Fox Sports News desk and gave his opinion about the recent developments at Cricket Australia and what he would like to improve.

Juliet & Romeo, Lost Dog’s award-winning version of Shakespeare’s teenage love story, has been playing to sell-out audiences all over the UK since February 2018.

Why is Venus rotating 6.5 minutes slower than it was just 16 years ago?

Today, Brody Moreland is a blur of motion as he chases toys. But for the first 6 months of his life, he barely moved. He was born with severe spina bifida.

Spinach is a powerhouse of nutrients. With recipes like these, there's no excuse not to reap the health benefits.

After more than a decade of anti-climate spin, the folks at DeSmogBlog say enough is enough. ClimateTV will respond to the daily lies of the climate denial mach

Engineering students tackle two problems with one clever project — how to transport water and purify it at the same time.

While industry apologists peddle the idea that newspapers are doing just fine, the new media world is leaving them behind.

Chickens with ankle monitors and spinach with trackers can tell consumers a lot about their food — including whether it's tainted.

Five recipes straight from farmers markets for spring’s abundant spinach.

An American Airlines catering cart at Chicago's O'Hare Airport goes wild.

Rice University students come up with ingenious and inexpensive health care tool for communities without power.

Scientists still aren't entirely sure how the spiders make use of the carbon nanotubes, but their webs are the strongest ever recorded.

The webbing was on par with bulletproof Kevlar in strength.

Grasping Your Own Thoughts with Rquinox Q Blogs Get more here. blogq.net Check out this site for more. Keywords: Q models blog, Blog q, Rquinox q blog, Blog q, Mrs q blog, Blog q.

The post Grasping Your Own Thoughts with Rquinox Q Blogs appeared first on RSS News Feed.

Exercise that is Fun, Effective and Like Never Before

A 3d printed medical device for real use

Spine Care Technologies Inc., announces a strategic alliance with an award-winning global product design and development company headquartered in New York.

Surgery Technique Produces Life-Changing Results For Patients With Extreme Back Pain

Local Tarpon Doctor Uses Non-Surgical Spinal Decompression Techniques to Help Patients with Their Pain

Elite Spine Houston's head Chiropractor Dr. Billy Cheong DC has been awarded "Houston's Top Doctor of 2019" making it his second time receiving this award. Dr. Cheong is the only Chiropractor included in the list this year.

Sina Davari, M.D. is now seeing patients in Prince Frederick, Maryland

"Spinning" The new music release from Isabelle Fries directly relates to what the world is experiencing today.

This year, the standout sweetheart can choose a different route to his honey's heart with a brand new type of bouquet.