vesti

Fizika tuge

Georgi Gospodinov

Prevela s bugarskog Ivana Stoičkov

Godina izdanja: 2013

Format (cm): 20cm

Broj Strana: 344

ISBN: 978-86-6145-143-0

Cena: Rasprodato

Već na prvi pogled jasno je da je pred nama moderan roman. A koliko je još i moderniji na drugi pogled?
Gospodinov bez zazora preispituje granice žanra. To čini tako da nam se čini kao da je ovo jedan od poslednjih pokušaja da se dokaže da roman kao književni rod ima još oblika za izmišljanje, obogaćivanje i pokazivanje. Autor istovremeno lakonski i temeljno preispituje roman kao oblik književnog istraživanja, dovodeći ga u ozbiljnu sumnju, te ga potom, tako negiranog, uspostavlja u jednom novom melanžu. Fizika tuge nije više i samo eksperiment; ona je nova romaneskna vrednost. Istorija književnosti verovatno će ga jednoga dana označiti kao: a) prekretnički roman, b) izdajnički roman, ili v) jedan od poslednjih romana koji bi da obuhvate - sve.
Ovaj pre svega poetičan roman, vrlo tanane duše, priča je o fizici ali i metafizici tuge. Čine ga: montaža, kinematografska struktura, pauze, grafika, simboli, tišina, prividna fragmentarnost, samoća, minotaurska napuštenost, lavirinti, antički mitovi, praznina. To je istorija sveta ispričana pogledom nevažnih događaja, netipičnih stvorenja (od puževa do dinosaura i ljudi). U zbiru svega glavni junak je Ja smo. To ja smo ključ je romana: ono je oscilirajuće klatno između prvog i trećeg lica, jednine i množine. Autorska snaga, koja je u svim pričama i telima ove knjige, mnogo je šira od tzv. Sveznajućeg autora.
Roman - vremenska kapsula. Roman u koji se zaljubljuje.
Ako je originalni i uspešni Prirodni roman G. Gospodinova, preveden na 20 jezika, od kojih je srpski bio prvi u svetu (Geopoetika, 2001), bio postmoderan u najplemenitijem smislu reči, Fizika tuge je roman apokaliptičan u najrevolucionarnijem značenju reči. 

2.7 Update | Smbios Version

Applied the SMBIOS 2.7 update on a few older servers (Dell PowerEdge R710 and some whitebox Supermicro boards) that needed better support for newer memory configurations and improved hardware inventory reporting.

Recently, the DMTF released SMBIOS version 2.7, which brings several new features, enhancements, and updates to the specification. In this article, we will explore the changes and improvements introduced in SMBIOS version 2.7, and what they mean for system administrators, developers, and the industry as a whole.

The SMBIOS 2.7 update brought targeted revisions to specific table types, focusing primarily on processor topologies, system slots, and memory architectures. Processor Information (Type 4)

Open PowerShell or Command Prompt with administrative privileges and execute: wmic bios get smbiosbiosversion Use code with caution.

: Improved structures to identify modern multi-core processors. Memory Reporting

Navigate to the firmware update utility (e.g., EZ Flash, Q-Flash, or M-Flash).

In conclusion, the SMBIOS version 2.7 update represents a critical evolution in the relationship between hardware and software. While it lacked the user-facing fanfare of a new Windows version or a graphics card launch, its impact on system stability and manageability was profound. By refining processor reporting, accommodating next-generation memory standards, and enhancing the capabilities of enterprise asset management, SMBIOS 2.7 ensured that the "behind-the-scenes" communication of the

The 2.7 update modified several structural tables (known as Types) within the BIOS framework. The most critical updates occurred in processing and memory structures. 1. Processor Information (Type 4)

Use your operating system tools to find your specific motherboard manufacturer and model string. Attempting to flash firmware meant for a different motherboard model can permanently disable ("brick") your hardware. Step 2: Download the Official Update Package

SMBIOS is a firmware interface that provides a standardized way for the operating system and applications to access and manage system information, such as hardware components, firmware versions, and system settings. It was first introduced in 1995 by the Distributed Management Task Force (DMTF), a consortium of industry leaders, and has since become a widely adopted standard.

The SMBIOS Version 2.7 update represents a crucial milestone in the standardization of modern hardware reporting. By accurately mapping complex multi-core processors, high-speed memory modules, and advanced expansion slots, it bridges the gap between physical hardware capabilities and operating system management tools. Maintaining up-to-date system firmware ensures your infrastructure remains secure, efficiently mapped, and fully compatible with modern enterprise software suites.

: Added new processor family and upgrade types to support newer generations of CPUs.

This in-depth guide will walk you through everything you need to know about the SMBIOS version 2.7 update, from understanding what it is and why it's crucial, to learning exactly how to apply it and what to do if you encounter problems.

This article provides a deep dive into the SMBIOS version 2.7 specification, exploring its historical context, technical features, how it compares to other versions, and what the process of updating to a firmware that supports this specification entails. This guide is written for IT professionals, system administrators, and PC enthusiasts looking to understand the intricacies of their system's hardware interface.

: The update refined how power supply information is reported, including better handling of redundant power supplies and more granular status reporting for enterprise-grade servers. TPM (Trusted Platform Module) Support

The may not be a glamorous or frequently discussed feature, but for thousands of legacy systems and specialized environments, it remains a critical milestone. It enabled proper 64-bit memory addressing, improved multi-core CPU support, and laid the groundwork for modern management tools. Whether you are restoring an older workstation, maintaining an industrial PC, or simply troubleshooting why your Windows install refuses to see all 32 GB of RAM, checking—and possibly updating—your SMBIOS to version 2.7 is a prudent step.

Ostale knjige iz edicije - Svet proze

Applied the SMBIOS 2.7 update on a few older servers (Dell PowerEdge R710 and some whitebox Supermicro boards) that needed better support for newer memory configurations and improved hardware inventory reporting.

Recently, the DMTF released SMBIOS version 2.7, which brings several new features, enhancements, and updates to the specification. In this article, we will explore the changes and improvements introduced in SMBIOS version 2.7, and what they mean for system administrators, developers, and the industry as a whole.

The SMBIOS 2.7 update brought targeted revisions to specific table types, focusing primarily on processor topologies, system slots, and memory architectures. Processor Information (Type 4)

Open PowerShell or Command Prompt with administrative privileges and execute: wmic bios get smbiosbiosversion Use code with caution.

: Improved structures to identify modern multi-core processors. Memory Reporting smbios version 2.7 update

Navigate to the firmware update utility (e.g., EZ Flash, Q-Flash, or M-Flash).

In conclusion, the SMBIOS version 2.7 update represents a critical evolution in the relationship between hardware and software. While it lacked the user-facing fanfare of a new Windows version or a graphics card launch, its impact on system stability and manageability was profound. By refining processor reporting, accommodating next-generation memory standards, and enhancing the capabilities of enterprise asset management, SMBIOS 2.7 ensured that the "behind-the-scenes" communication of the

The 2.7 update modified several structural tables (known as Types) within the BIOS framework. The most critical updates occurred in processing and memory structures. 1. Processor Information (Type 4)

Use your operating system tools to find your specific motherboard manufacturer and model string. Attempting to flash firmware meant for a different motherboard model can permanently disable ("brick") your hardware. Step 2: Download the Official Update Package Applied the SMBIOS 2

SMBIOS is a firmware interface that provides a standardized way for the operating system and applications to access and manage system information, such as hardware components, firmware versions, and system settings. It was first introduced in 1995 by the Distributed Management Task Force (DMTF), a consortium of industry leaders, and has since become a widely adopted standard.

The SMBIOS Version 2.7 update represents a crucial milestone in the standardization of modern hardware reporting. By accurately mapping complex multi-core processors, high-speed memory modules, and advanced expansion slots, it bridges the gap between physical hardware capabilities and operating system management tools. Maintaining up-to-date system firmware ensures your infrastructure remains secure, efficiently mapped, and fully compatible with modern enterprise software suites.

: Added new processor family and upgrade types to support newer generations of CPUs.

This in-depth guide will walk you through everything you need to know about the SMBIOS version 2.7 update, from understanding what it is and why it's crucial, to learning exactly how to apply it and what to do if you encounter problems. The SMBIOS 2

This article provides a deep dive into the SMBIOS version 2.7 specification, exploring its historical context, technical features, how it compares to other versions, and what the process of updating to a firmware that supports this specification entails. This guide is written for IT professionals, system administrators, and PC enthusiasts looking to understand the intricacies of their system's hardware interface.

: The update refined how power supply information is reported, including better handling of redundant power supplies and more granular status reporting for enterprise-grade servers. TPM (Trusted Platform Module) Support

The may not be a glamorous or frequently discussed feature, but for thousands of legacy systems and specialized environments, it remains a critical milestone. It enabled proper 64-bit memory addressing, improved multi-core CPU support, and laid the groundwork for modern management tools. Whether you are restoring an older workstation, maintaining an industrial PC, or simply troubleshooting why your Windows install refuses to see all 32 GB of RAM, checking—and possibly updating—your SMBIOS to version 2.7 is a prudent step.