Scalar I2000 The Z-boson Mass And Its Formula As Multiple Proofs In One Yummy Bowl Of Pudding

Though its origin is disputed, the phrase "the proof of the pudding is in the eating" is popularly attributed to Cervantes 1615 comic novel Don Quixote. And while one can talk about a pudding's ingredients all they want, the saying's meaning stays intact when shortened to "the proof is in the pudding" - because that is where you will ultimately find it; if you bother to at least taste it - as it's the results that count.



Which is unlike a 'mathematical proof' obtained by logic alone since one's pallet will sometimes disagree with what one thinks is a delicious recipe. In this sense, the implied dichotomy is akin to Kepler's contribution to elliptic geometry, which per se is independent of experience in the sense that elliptic theorems can be constructed and proven without appeals to any physical phenomena. But in practice Kepler refined Copernicus's resurrected heliocentric heresy of planetary orbits in a manner that just as clearly is non-abstractly physical and empirically testable. Which ultimately is the key characteristic of the 'scientific method' or 'revolution,' soon further cemented by Newton and Galileo's discoveries expressing physical laws by experimental confirmation of their mathematical formulation.



This report accordingly will further pare the phrase down to a "Pudding Proof" that employs multiple means of what a mathematical formula represents, not only being theoretically correct in multiple senses, but confirmed to be correct by a clear correspondence with the most precisely measured empirical value in high-energy particle physics, specifically the neutral weak or Z-boson mass. For the Z's present measured mass value (http://pdg.lbl.gov/2007/listings/s044.pdf) of 91187.6 +2.1 MeV (million electron Volts) is what truly represents the operative meaning of this term with respect to being the ultimate result as 'physical proof' of the following equation and invariant mass for the Z-boson: Z = 91187.633 MeV = 9u1/8 + ms - mb;

though one then doesn't really need to know the mass m of the strange and bottom quarks, or the Higgs vacuum minimum u1.



Likewise, how we obtained these other, presently (grossly) "unknown," values isn't at issue either, though obviously it was not achieved by empirical measure nor is related to this equation. Which isn't meant to squelch natural curiosity, as anyone interested in a history of these discoveries is directed to a preceding article (ezinearticles.com/?The-Meaning-of-a-Precise-Dimensionless-Fundamental-Physical-Constant&id=725742) describing the dimensionless scaling system of physics that generates the gamete of such fundamental physical constants. In any case, assuming I'm not lying (which is just as provable - if any chumps want to make a bet?), these 'unknown masses' contribute to this equation to give the above Z-mass that corresponds precisely with its measured mass average. But then this 'pudding proof' basically refers not just directly to the Z-mass, but more importantly empirically implies that these three 'non-given' or `ill-measured' fundamental masses are just as precisely determined and confirmed as proven mass values as the Z itself!



And though this empirical pudding proof seems unprecedented with regard to the implication of the validity the precision of a parameter such as a strange or bottom quark mass (that can't be directly measured anyway), it certainly remains an outstanding example of the validity of empirical measure as the bedrock of scientific method. For the ultimate strength of the dimensionless numerical scaling system that sets it apart from all other modern theoretical 'models' is evident from the raft of confirmable predictions it makes - and largely are presently accessible in well-tested standard contexts (such as the Z) that require no greater experimentally contrived studies to 'test' whether some "theoretical interpretation" is 'correct.'



Yet in a related regard, the equation for the Z-mass itself represents multiple theoretical proofs that strengthen the outstanding empirical correspondence with the pudding of its measured mass. The first matter in this regard straddles both spheres in that the predominant observed or theoretical decay products of a weak neutral boson are admixtures of bottom with strange and/or down quarks in heavy mesons, and practically is the only known particle that can directly decay to a strange Bs-meson. Which according to our equation consists of a -e/3-charged b-quark with a +e/3-charged strange antiquark - which thus assures the charge neutrality of a Bs-meson. Then over and above these confirmed theoretical considerations with respect to the equation's quarks, there looms the fundamental observations of Peter Higgs concerning the origin of mass in general, and specifically with respect to electroweak symmetry breaking by which the weak Z and W gauge bosons acquire a mass from some mechanism while leaving photons massless. The above equation employs the appropriate Higgs field mechanism best called the vacuum minima u1, which is again generically associated with the '3rd generation' bottom of the -1e/3 'down quark family,' in the same sense that the heavier 'Higgs vacuum doublet' u2 represents a neutral pair of tops of the +2e/3 'up quark family.' (Incidentally cognoscenti, they saw evidence of the 'light Higgs boson' before CERN replaced the lepton collider with the Large Hadron over five years ago, which thankfully will generate the far more fundamental Heavy Higgs scalar - when that pudding is ready to take out of their oven. [So it's a big deal for them, but it's just the basic, strongest set parameter in a real system of numeric Planck-scaling - so knowing its mass is no big whoop, I'd say the Nobel should go to the machine itself - i.e. it should be a bigger deal for everyone and God when they witness baryogenesis {creation of nuclear matter over antimatter}]!)



Actually the above equation is one of two expressions for the Z-mass, as the other naturally involves its relation to the charged W-boson mass. The W itself is the predominant decay product from the heavier 'Higgs vacuum doublet' of a top/antitop pair where convention has the +2e/3 top imparting its +charge to the W in mediating a transformation to a -1e/3 bottom. So once again the Higgs fields impart their mass to quarks and gauge bosons, where each theoretical argument reinforces others (there being further supporting pudding proofs that involve equations for neutral and charged pairs of B-mesons that reinforce the basic equation for Z-mass, for example.) And each theoretical nuance is of course supported by the latest measures of these mass values. But the mathematical form of these equations give insights into theoretical and predictive empirical realms that are unavailable in any other standard theoretical scheme. Example: I'll give a hundred dollars (I'd make it more but care too much to be going broke) to anyone who can find a reference containing the above equation for the Z-mass.



Having established that theoretically it's a perfectly good equation, there should be some possibility it's not unique. But I highly doubt it would ever have been published, especially without any knowledge of these other parameters; that I can safely assume are within my copyrights if just because of the strength of this Pudding Proof demands it. Which brings us back to the basic meaning of this old saying - the results are in the tasting and eating of the pudding. And the bottom line test of this principle after the above equation has been posted for six years on this web of the so-called information highway is this - I've yet to find an individual who is capable of appreciating a pudding full of yummy plums and proofs, let alone anyone who wants to eat any and taste the results for themselves. But real pudding isn't intended for foolish authorities who only remember how to speak with forked tongue, it's made for the likes of you and I who experience the joys of eating or speaking with one tongue - yum!

Data Storage Tape Unmatched Data Reliability Of Dell LTO-2 PowerVault Tape Drives

Stringent regulations and data security issues have forced the organizations to alter their data recovery & backup process.  The organizations now prefer high speed and scalable storage solutions that provide long term protection.  LTO (linear tape open) tape storage format is the top choice of the users.  Dell LTO-2 110T Power-Vault drive is ideally designed for greater data throughput, high density storage and regulatory compliance.  Dell LTO-2 PowerVault drive is an efficient and robust data storage device, which has proven to be the most reliable tape drive for backing up mission critical data files.

Dell LTO2 tape drive delivers outstanding 200GB capacity.  Transfer speed of Dell PowerVault LTO-2 drive in un-compressed form is 24 MB/sec.  The most powerful feature of the LTO-2 PowerVault drive is the backward compatibility.  Both LTO1 and LTO2 cartridges can be used with Dell PowerVault LTO2 drive.  The leading high performance LTO 1 and LTO ultrium-2 brands are mentioned below:

Dell LTO 2 tape, part number 340-8701
HP LTO-2 tape, part number C7972A
Quantum LTO-2 tape, part number MR-L2MQN-01
Verbatim LTO 2 tape, part number 94527
TDK LTO-2 tape, part number D2405-LTO2 and 27813
IBM LTO2 ultrium tape, part number 08L9870
Fuji LTO2 tape, part number 26220011, 26220012 and 26220001
Maxell LTO 2 backup tape, part number 183850
Sony LTO-2 data tape, part number LTX200GWW
Dell LTO 1 tape, part number 09W084
IBM LTO1 tape, part number 08L9211 and 08L9120
Imation LTO-1 ultrium tape, part number 41089
TDK LTO1 tape, part number D2404-100
Quantum LTO1 tape, part number MR-L1MQN-01
Maxell LTO-1 tape, part number 183800
HP LTO1 data tape, part number C7971A
Fuji LTO-1 tape, part number 26200010
Verbatim LTO1 data tape, part number 93827
Sony LTO 1 tape, part number LTX100G

Dell PowerVault drives have been rigorously tested on the Dell systems, and therefore the customers can be assured of greater data throughput and outstanding compatibility.  Dell 340-8701 is a compact LTO-2 cartridge that reliably accommodates greater data amounts.  Dell LTO2 data tapes are the ideal backup solution for high demanding applications.  Robust Dell LTO2 can hold compressed 400GB information and provide highest level of security to the recorded data.  Dell LTO-2 tape format is very user-friendly and energy efficient.

Base film of Dell LTO2 tape cartridge is robustly designed for long-term archiving, extremely low error rate, and unmatched media robustness.  Dell LTO-2 drive has all the latest technologies that are required to fulfill the needs of data-intensive environments.  Cost effective architecture of Dell LTO-2 tape assists in delivering exceptional backup storage performance over the other tape technologies.  Dell has increased the recording density of its 340-8701 LTO2 tapes, so that the users can meet their storage demands with lesser number of cartridges.  Dell has employed a strong cartridge shell to its 340-8701 data tape, which assures protection against shocks and accidental drops.

Cartridge memory has been inserted into each Dell LTO2 data cartridge.  Cartridge memory allows the Dell LTO2 drive to write and read the data cartridge at a faster rate with greater accuracy.  The tape drive performs its read/write operations with the help of radio frequency transmissions.  Dell LTO-2 tape technology assures seamless up-gradation to the next generation LTO3 technology.

Disk To Disk To Tape Natural Disasters Raise Data Recovery Awareness

Technology v Nature. The fight still continues without any clear winners. Nature's fury occasionally reminds us of how easily it can overwhelm all that modern technology has to offer, but indomitable man just goes back to the drawing board to come up with an improved solution.

The tremendous advances in data storage technology have been taken for granted by most users for whom the phenomenal growth in storage capacity can hardly keep pace with their appetite for more and more data. At the same time, the high-tech world of computers gives the users a false feeling of invincibility. While data storage devices have become more robust than in the past, the sheer numbers have made data disasters more common than ever before. There are many reasons why hard disk drives and other data storage devices can - and do - fail.

When Mother Nature strikes, as with the recent tsunami that ravaged half the earth or the winter storms that gripped much of North America, it is big news. While loss of life is truly irreplaceable, these disasters affect many other aspects of life. At times like these, there is a heightened awareness about data loss and data recovery. "But the single biggest culprit in data loss is human error," claims Allison Beckley, VP (Customer Service) at Disk Doctor Labs, Inc., one of the pioneers of data recovery. "And a close second is the inherent limitations of the data storage technology itself," adds Tariq Aslam, the CEO of Disk Doctors. It can happen anytime, anywhere, and to anybody. If you deal with data extensively, the odds are you will suffer data loss sooner or later. The important thing is being able to cope with it. And different types of users need to have different strategies for safeguarding their data. A high school student who uses his PC for gaming and the occasional term project cannot be expected to have UPS, tape back-ups and RAID systems. On the other hand, a bank cannot feel complacent that it has protected its database by installing the latest anti-virus software and anything else is overkill. The user profile, the data criticality, available budget and resources all impact the data protection strategy. However, these are some general tips Disk Doctors has for avoiding and surviving data loss:

§ Make a regular back-up of all your important data (including laptop drives)

§ Test your back-ups regularly (especially if it is a tape back-up)

§ Carry laptops in padded cases

§ If it is mission critical business data, store it on RAID systems

§ Use power surge protectors, and UPS systems for critical data

§ Use regularly updated anti-virus software

§ Restrict unauthorized access

§ If you experience problems with your drive, move the data to another drive; don't take any chances unless your data is worth less than the cost of a new drive

§ If you still lose the data, do not panic; seek professional advice

§ Data recovery is a specialized field, and not every computer technician can retrieve data

§ If the data is critical, or if the drive makes unusual noises do not try DIY solutions

§ When you shop around for a data recovery company, don't consider the recovery charges only

§ Look at the company experience, expertise, locations, facilities, testimonials, etc.

§ You should not have to pay an up-front diagnostic fee, or pay for any hidden extras over the quoted price, or pay for the ‘effort' if you did not get your data

For more information on the data recovery please visit www.diskdoctors.com

Data Backup Tape Tape Cartridges: Safely Handle Your Back-up

Hard-disks are electro mechanical devices and, even though they are very reliable, as they age they will suffer from mechanical wear and will fail. To keep your valuable data safe it is important to make regular backups. Tape backup systems have been in use for many years now and are still the most cost-effective way to store your data. However, as tape capacities increase, the materials used become thinner and the recording density increases. This means that the risks of tape damage are higher as well and a great deal of care in storage, handling and transportation is needed to secure your data, especially if it is the only copy of vital information.



Storage tips.

Experts on data recovery will advise the following to prevent problems with your tape:

• Store the tape in a safe place. Do not stack tapes in piles where they run the risk of being knocked over.

• Keep the cartridges clean. To prevent read/write errors and physical damage, never put a dirty cartridge or a cartridge with a peeling label in the drive. Equally, keep your drives clean and never put a tape in a dirty drive.

• Never expose the tape by opening the door on the cartridge or lifting the flap.

• Never touch the tape itself, not even the non-recording surface. Grease from your skin or other contaminations could be transferred to the recording surface and lead to media decay.

• Never store a tape in areas where there is a high level of dust, or any risk of exposure to corrosive gases or chemicals.



Transportation tips.

Transportation of cartridges should always be in accordance with the guidelines, even if only moving within the office:

• Containers must be tough enough to withstand the rigors of shipping.

• Data cartridges must be held firmly and separated from one another.

• Containers must have internal padding.

• Containers must be clean to avoid contamination to the cartridges.

• A recommended minimum of 80mm gap between the surface of any cartridge and the outer surface of a transport container is needed to protect against magnetic fields.

Take extra precautions for transportation outside the office, especially if carried out by third-party carriers. Always ship it by a direct carrier to make sure that your tape will not sit overnight in a place where you have no control over temperatures and humidity.



Usage tips.

Before using the tape, always check everything. It might seem a little extreme, but imagine what you can lose.

• Let your tape cartridge acclimatize to new environmental conditions before using it, recommended is a 12-24 hour period after transportation into a new environment.

• Each tape has a maximum of duty cycles. Keep a record of the number of times the tape is used to prevent over-using tapes.



If a tape cartridge is damaged it might not be visible externally. If you suspect a tape has been damaged, or you know it has been dropped, and there is a potential risk of internal damage, stop using it. If it is still functional, duplicate the tape to save your data and retire the cartridge but do not attempt to make further use of the tape as even if it appears to be working it may well fail just when you are relying on it. Better to be safe than needing a data recovery from your damaged tape cartridge.

Lto3 Tapes Third Version Tdk Lto-3 Tape Technology

span style="font-family: Arial;">The principal factor that made the TDK LTO-3 is its ability to support faster data transfer speed and huge capacity. The other factors are its clear roadmap and the open architecture. TDK LTO3 tape products offer exceptional output and performance. 800 Gigabytes is the compressed and 400GB native capacity of the TDK LTO-3 tape technology. It has the ability not only to write but also can read data from the LTO2 ultrium cartridges. But the data from the LTO-1 cartridges can only be read and not written by LTO3 format. WORM is a powerful feature of the TDK LTO 3. WORM technology is the combination of algorithms in memory chip of the tape cartridge and unique encoding attributes of WORM in servo tracks along the data tape’s length. This encoding of low level is mastered on media of TDK LTO-3 during its manufacturing. While writing the data sets to the LTO-3 tape, along with them is also encoded the UCI (unique cartridge identity). The physical media of TDK LTO3 is combined logically with identity of cartridge memory by the unique cartridge identity.

WORM mechanism in the LTO-3 tape format makes sure that the data once recorded is not modified. WORM mechanism does not allow anyone to change the data after it has been recorded. So in this way the integrity of the data on TDK LTO3 tape media is ensured. Data tapes are stolen intentionally or lost carelessly every year during their transportation from one site to the other. So the companies should ensure that the vital information on the backup tapes is made unreadable in case it goes into wrong hands. The TDK LTO3 does this job efficiently and secures the information on tape media. The other important and advantageous feature of LTO is the tape encryption that can efficiently protect financial records, trade secrets, Human resource information, consumer information and similar kind of other sensitive information. Organizations can lower the risk of mishandled information with the encryption feature of LTO ultrium and thus secure their sensitive information.

The enterprises are investing more in the LTO3 tape technology for the protection and secured backup of the valued data. The LTO 5 and LTO6 will be available in the market in near by future and reason is that the organizations are looking at better, faster, low cost and efficient backup storage technologies. The backup tape formats also have to keep pace as most of the companies are doing their business operations online so the data must also be available and stored at faster rate. It is important that the high end tape libraries should also have mixed managed media and fiber connection. Therefore tape library should also be efficient and reliable as the disc array.

Maxell LTO ultrium-3 is best for high end servers who utilize Network-attached storage that connect via gateway and have speeds greater than the LTO ultrium-2. Maxell LTO-3 format is perfect and effective for data centers, banks and organizations where the data is in high volumes and they also require obeying regulations like HIPPA, Sarbanes-Oxley, Basel-II and guidelines of Securities and Exchange Commission SEC. The companies should be more cautious about their vital data. Even smallest loss of data can financially hurt the organization to point where they might not be able to compensate and overcome the damage caused by the data loss.

For online order and more information, please visit ‘tape4backup.com’

Vs160 Sony DLT-VS1 Backup Tape Is Ideal For Mid-Range Servers

All over the globe, we see that enormous research work is being done in the fields of science & technology.  This results in creation of massive amounts of new information which are then added to the mainstream data on daily and hourly basis.  The business enterprises also have to store and manage their financial data, statistical data, sales record and other critical data.  Business enterprises are forced to obey and follow the strict rules of data retention laws.  These strict laws have increased the demand for a dependable storage medium that can provided protection and security to the data for a longer time period.

There are many different tape storage technologies available in the market, but the most cost efficient tape technology that I have found is the Sony DLT-VS1 tape technology.  Sony DLT-VS1 tape format is ideal for mid-range servers.  Sony DLT-VS1 is based on the cost effective DLT tape technology.  Quantum and Sony joined their efforts to develop DLT-VS1 media tape cartridge, which is read/write compatible with the DLT-V4 drive and DLT-VS160 tape drives.  In DLT-V4 backup tape drive, the native capacity of Sony DLT-VS1 backup tape reaches 160 GB (320 GB compressed) with high data rate of 10 Mbps (20 Mbps compressed).  With DLT-VS160 tape drives, the Sony DLT-VS1 storage tape can hold 80GB native and 160GB compressed data.  The data rate in native and compressed mode will be 8 Mb/s and 16 Mb/s respectively.

Part number of Sony DLT-VS1 media tape is DLTVS1-160.  The readers might also be interested to know about the part numbers of other DLT-VS1 tape brands.  Part number of Quantum DLT-VS1 tape is MR-V1MQN-01 and that of HP DLT-VS1 tape cartridge is C8007A.  Rugged cartridge mechanism of Sony DLT-VS1 backup tape enhances its capacity to deliver excellent results in library environment.  Sony DLTVS1-160 cartridge satisfies the performance expectations in a cost effective manner.  Sony has used innovative calendering technique in the development of DLTVS1-160 tape cartridges. This new technology has resulted in ultra smooth recording surface, which plays a vital role in supporting high density recordings.  In calendering technology, the magnetic particles are heated.

Afterwards these metal particles are applied to the tape media with the help of pressure rollers.  During heavy workloads and high density recording, superior data integrity is assured by the intelligent Sony DLT-VS1 media cartridge.  Calendering technique has significantly reduced the error rate.  Sony has used special magnetic material called the "alloy armored metal particle" for the production of DLTVS1-160 media storage cartridge. Robust medium of DLTVS1-160 features exceptional weather resistance and enables higher output characteristics. Consistent and increased strength of output signals is necessary for high density recording.  That is why Sony has reduced the thickness of DLT-VS1 tape's media by 50 percent over the previous DLT tape generations.

Enterprise customers prefer the Sony DLT-VS1 backup tape technology, as its operational cost is much less than other tape formats.  Sony DLTVS1-160 tapes are highly reliable. Their increased media performance and economical storage solutions enable the organizations to efficiently compete in the business market.

Computer Backup Devices Cucusoft Iphone/itouch/ipod To Computer Transfer Rapidshare

Cucusoft iPhone/iTouch/iPod to Computer Transfer is an easy to use iPod/iPhone utility designed to help you back up all your files from your iPod, iPhone, or iTouch, so that you can recover any lost or missing music. With this package, you can back up and restore all of your iPod, iPhone, or iTouch content, including your favorite songs, videos, photos, play lists and more.

If you have any iPod or iPhone device, this software is a must-have utility to keep your iPod or iPhone safe.

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