Is Three Cups of Tea Writer Greg Mortenson a Fraud Yahoo News. If the allegations are true Mohseni told The Daily Beast then it is a tremendous blow to humanitarian. And education related nongovernment work in Afghanistan and Pakistan as many in the West will shy away Featured. From helping similar projects in the future Mohseni added Mr Mortenson was not that well known in. Seems like each call in the order of 60-70 ns on my Mac. A million calls would be in 60-70 millis range. Had to measure this while trying to figure out the cost of Hive's inner most loops:) Two such calls per record would be in 120-140millis range per million records. Not too bad, there will be bigger fish to.
Click here to return to the '10.4: Create a single Universal binary bootable disk' hint |
I just ordered a 120GB 2.5' drive for my little Firewire case so that I can do this same kind of thing. Cruze 6 mac os. I currently have a drive with a partition with the original Tiger install disk on it (so I can install from a hard drive instead of DVD), a partition with Tiger Server install on it, and a repair disk which I can boot off of and perform tests and maintenance with. With the bigger drive I hope to have a Tiger PPC Install partition, Tiger Intel Install partition, Tiger Server Install partition, a Universal repair disk partition, and a catchall partition with all the Software Updates and other programs and stuff that I put on computers. Since I own a copy of SuperDuper, I'll probably true to use it to build the Universal boot partition instead of Carbon Copy Cloner since it can update a disk image much quicker with only the differences.
Jeff
A word of caution using SuperDuper! in this application - It adds AND deletes files not on the 'original'. I tried to SuperDuper my server drive (from drive 'A' to drive 'B'), but didn't want to take the time to copy ALL the user folder's files so I left them out. Then when I wanted to bring the system back to how it was when I used super duper (smart copy from drive 'B' to drive 'A') it deleted all the user folders on the server that I had left out! Because they weren't on the backup. There maybe a setting to allow this, but I just wanted to let you know about that scenario.
Otherwise a GREAT hint with a niche application.
---
'The best way to accelerate a PC is 9.8 m/s2'
Anyone suppose there would be any downside to performing this process with tiger server as the PPC install, and then cloning the intel client install on top of it. I'm trying to figure out how to best integrate a mac mini dual core into a multi-computer home environment and having access to the portable home folders on tiger server would be ideal. Its hard to see where the pitfalls might be, but its worth a try I think.
It's very unlikely this would work beyond just getting you a universally bootable system.
it's likely that some of the Mac OS X Server-specific components would be broken, and you wouldn't be able to (easily) update to, for example, Mac OS X Server 10.4.6 when it comes out (whereas you could use the Intel client updates on a non-Server installation, since all of the Intel updates are universal).
You're better off waiting until there's an actual Intel version of Mac OS X Server as well, at which point you'll still have to jump through all these hoops to make a universal installation.
this is a great workaround for a universal system until apple fixes this in leopard (and so many other tiger gotchas).
but one note of frustration regarding the boot drive -- unless one is willing to have a bulky 3.5' device to lug around, a 'mobile' a formfactor is the most practical approach.
but for some silly reason, none of the 'mobile' devices (2.5' winchester & slim dvd burners) are not avail with combo (usb/fw) interfaces. The oems force you to choose between only fw or only usb!
of cousrse we all know (but cant fathom) why apple dropped support for usb booting on ppc macs (avail in classic but not in osx); so that leaves fw as the only way to boot macs x-platform.
but the penalty for this arbitrary limitation on boot interfaces is that a precious fw port is consumed on the host machine - which are in short supply on new macs (part of apple's bizzare campaign to destory the viability of fw - eg on ipods); and fw is not widely avail on pc's, so one is sort of stranded (or saddles with extra gizzmos) if one picks a fw-only boot solution.
It would be so sweet to see 'mobile' dvd & 2.5' harddrives come with both ports (usb2 fw400 & fw800) .
. while we are at it, a SATA & ethernet/NAS port would make great sense as well!
(not to mention IR & BT ports to be able to 'tunnel' in support for RemoteControl/FrontRow, but that's another story ;-)
---
mailto:osxinfo _at_ yahoo.ca
Here's another option.
http://www.shop4tech.com/?go=view_item&id=1813&r=184
There are many manufacturers of 2.5 drive enclosures that sport both USB and FireWire, Lacie being one of them. Of course, you'll pay a bit more to have to daul interface but in my opinion, it's well worth the cost.
OS 10.4.6 (and maybe one or two earlier point versions) and later WILL boot from a PPC Mac's USB port--Apple apparently relented. One limitation: You can't select it for booting in the Startup Disk Prefpane (it will just beep at you)--you have to select it from the Startup Manager, which you invoke at startup by holding down the Option key right after powerup or restart. I've confirmed this works on a slot-loading 350 MHz iMac that didn't even have Firewire ports. The iMac's firmware was version 4.1.9 (which it needs to be anyway, to allow OS X to work on the slot-loading iMac). I didn't test USB OS X booting on an even older, tray-loading iMac, nor did I test booting from a 2.5' USB drive enclosure, nor did I test USB OS X booting on the last of the PPC Macs, so I don't know what the story is there.
There is an important drawback to this suggestion. Not everyone has both PPC and Intel copies of the same version of OS X. For example, my Tiger DVD has version 10.4. My MacBook Pro DVD has 10.4.5. I would have to do full installs of each version, updating the PPC version via the Combo Updater. But now I don't have a universally bootable installer.
Simple ip camera recorder. Personally I would rather keep the two partitions separate so I can update both further down the track when new hardware requires a new OS. We have about 10 dual bootable FW drives all running 10.4.5, when 10.4.6 is released I will apply the PPC/Intel combo updaters to all drives and any new hardware (ibooks etc) released soon, will be supported by those drives, without having to re-image.
IMHO, a better way to do it long term until a true universal is released.
I used a 15' G4 PowerBook and a MacBook Pro on this and at the end the PPC laptop booted, but could not load the Finder correctly.
Perhaps I did something wrong, but it seems that I might hold off on this for Leopard and just bite the bullet unless there was a step above that I missed; below is my process (in Wiki form ;))
To Build a Universal Mac Image (Intel/PPC)
Intel
# Format MacBook Pro (Intel) with two HFS+ partitions, Macintosh HD and INTELMac, and do a fresh install with:
## Printer Drivers
## Additional Fonts
## Language Translations
## X11
# Setup Assistant
## Connect to Wireless
## Register with: University; Helpdesk phone number
## Primary Use: College; Description: Other
## Name: ITS Mac Admin; username: itsmacadmin
# Run Software Update
## Restart
# Download Carbon Copy Cloner from xserver as itsadmin (not domain account)
## Clone Macintosh HD to INTELMac
## Empty Trash
## Shutdown
PPC
# Format 15' PowerBook G4 (PPC) with two HFS+ partitions, Macintosh HD and PPCMac, and do a fresh install with:
## Printer Drivers
## Additional Fonts
## Language Translations
## X11
# Setup Assistant
## Connect to Wireless
## Register with: University; Helpdesk phone number
## Primary Use: College; Description: Other
## Name: ITS Mac Admin; username: itsmacadmin
# Run Software Update
## Restart
# Download Carbon Copy Cloner from xserve as itsadmin (not domain account)
## Clone Macintosh HD to PPCMac
## Empty Trash
## Shutdown
Merging
# Hook PPC Mac to MacBook via target disk mode
## Clone INTELMac to PPCMac
## Boot from PPCMac on Intel machine via firewire. https://theperfect-free.mystrikingly.com/blog/totally-slammed-mac-os. works
## Boot from PPCMac on PPC machine. dies a fiery death when Finder attempts to load.
Future Work
# Find out why it failed on the PPC machine.
# Fix number 1
# Try again
My backup system involves mirroring the entire disk of my PowerBook G4 from time-to-time onto an external FireWire disk (Apple Partition Tabel format) using Carbon Copy Cloner, and daily backups (with history) using the fabulous rsnapshotx. So in case the internal disk dies, I can boot off of the external disk and continue.
The PowerBook is now replaced by a MacBook Pro, and I wanted to make the system (and backup) a Universal OS X as described above, so that in case the MacBook Pro dies, I can as a backup still use the PowerBook (booting from the external backup drive). Sounds quite useful. :-)
As the MacBook is my production system, I wanted to know what files are actually merged into the Intel System to make it (supposingly) universal. So this is what I did:
1) Install Intel-OS X on MacBook Pro and make all updates (10.4.10).
2) Install PPC-OS X on external FireWire drive (I could have also done this onto the internal PPC disk, but I still need what is there at the moment). Also make all updates (10.4.10).
3) Hook external FireWire drive onto MacBook Pro.
4) Find out what files are in the PPC-OS X installation that are not in the Intel-OS X installation:
sudo rsync --dry-run --ignore-existing --extended-attributes --verbose --archive --max-delete=0 /Volumes/LaCie PPC/ / > rsync.log
The plan was to remove the '--dry-run' part of the above command to copy all missing files into the Intel-OS X to make it universal (without overwriting anything that is already there).
However, the above command shows that the number of PPC-only files that would be merged into the Intel-System is around 53000 (!!!). These files are all-over the place (Applications, Library, Systems, CoreServices, .).
I decided to not to proceed further (I need a reliable production system and can live without the unversal boot), so I cannot confirm if this would work or not.
However I conclude that the differences between an Intel and PPC OS X are not only a few missing drivers (as suggested in the references cited in the original article), but a large number of files at numerous locations.
/Konrad
Professor
Nuclear Physics - Theoretical
NSCL/FRIB
640 S. Shaw Lane, Room 2131
(517) 908-7290
hjensen@nscl.msu.edu
1993: Ph.D., Theoretical Nuclear Physics, University of Oslo
Selected Publications
Shooter Mortenson Mac Os Catalina
Evolution of Shell Structure in Neutron-Rich Calcium Isotopes, G. Hagen et al, Phys. Rev. Lett. 109, 032502 (2012).
Quenching of Spectroscopic Factors for Proton Removal in Oxygen Isotopes, Ã?. Jensen et al, Phys. Rev. Lett. 107, 032501 (2011).
Ab initio computation of the energies of circular quantum dots, M. Pedersen Lohne et al, Phys. Rev. B 84, 115302 (2011).
Blaze rush mac os. The carbon challenge. M. Hjorth-Jensen, Physics 4, 38 (2011).
Shooter Mortenson Mac Os 7
Pairing in nuclear systems: from neutron stars to finite nuclei, D. J. Dean and M. Hjorth-Jensen, Rev. Mod. Phys. 75, 607 (2003).
Professional Activities & Interests / Biographical Information
Research Interests
I am a theoretical physicist with an interest in many-body theory in general, and the nuclear many-body problem and nuclear structure problems in particular. Nova: synthesis creaturum mac os. This means that I study various methods for solving either Schroedinger's equation or Dirac's equation for many interacting particles, spanning from algorithmic aspects to the mathematical properties of such methods. The latter also leads to a strong interest in computational physics as well as computational aspects of quantum mechanical methods. A large fraction of my work, in close collaboration with colleagues at the NSCL and worldwide, is devoted to a better understanding of various quantum mechanical algorithms. This activity leads to strong overlaps with other scientific fields. Although the main focus has been and is on many-body methods for nuclear structure problems, I have also done, and continue to do, research on solid state physics systems in addition to studies of the mathematical properties of various many-body methods.
Why the nuclear many-body problem? you may ask. Well, for me, to understand why matter is stable, and thereby shed light on the limits of nuclear stability, is one of the overarching aims and intellectual challenges of basic research in nuclear physics and science. To relate the stability of matter to the underlying fundamental forces and particles of nature as manifested in nuclear matter is central to present and planned rare isotope facilities.
Examples of important properties of nuclear systems that can reveal information about these topics are masses (and thereby binding energies), and density distributions of nuclei. These are quantities that convey important information on the shell structure of nuclei with their pertinent magic numbers and shell closures, or the eventual disappearance of the latter away from the valley of stability.
Dual shields mac os. Neutron-rich nuclei are particularly interesting. As a particular chain of isotopes becomes more and more neutron rich, one reaches finally the limit of stability, the so-called dripline, where one additional neutron makes the next isotopes unstable with respect to the previous ones. The figure here (taken from Phys. Rev. Lett. 109, 032502 (2012)) shows an example of a recent many-body calculation of the chain of calcium isotopes, including three-body forces, a much debated and studied issue in nuclear many-body theory. These calculations predict the dripline of the calcium isotopes at mass 60, partly in conflict with present results from mean-field and mass models used in astrophysical calculations. To understand of the limits of stability of the calcium isotopes is one of the benchmarks experiments of FRIB at the NSCL.
An example of a recent many-body calculation of the chain of calcium isotopes, including three-body forces, a much debated and studied issue in nuclear many-body theory.
Finally, I have always had, and have, a strong interest in educational matters. At the University of Oslo (I have the privilege to share my time between the University of Oslo and MSU) I have been very much involved in a large project called Computing in Science Education which deals with the introduction of computing in basic science courses as a way to enhance research based teaching, and hopefully lead to a better insight of physical systems. Archery champion bowman mac os. I'd be more than happy to discuss such matters as well.