Update cp2k to 2024.3

Release notes: cp2k 2024.3

This is a minor release to fix an issue with the PW environment that can lead to stalls during MD (https://github.com/cp2k/cp2k/issues/3661).

Release notes: cp2k 2024.2

New Features

• Many new pages in the methods section of the manual
• ECP nuclear gradients (#3210)
• New basis sets (#3266, #3276 #3460, #3561)
• TDA Kernel methods (#3273)
• Bethe Salpeter equation for molecules (#3308, #3329)
• Stress prediction in NequIP & Allegro (#3428, #3445)
• GW for small unit cells with full k-points (#3448, #3505, #3513)
• Hedin shift for G0W0 (#3533)
• i-PI server functionality (#3420)
• Infrastructure for Kpoint symmetries (#3482)

New Libraries

• Machine learning with the DeePMD-kit (#3145)
• Dispersion correction with the DFTD4 library (#3501)
• GPU support via OpenCL (#3321, #3315, #3375)

Breaking Changes

• Increase ScaLAPACK default block size to 64 (#3184)
• Remove BROYDEN_MIXING_NEW option (#3346)
• Remove KP_RI_EXTENSION_FACTOR" keyword (#3223)
• Mark support for QUIP and PEXSI as deprecated (#3600)

Fixes

• Fix oscillator strength for TDDFT+SOC within length and velocity representation (#3201)
• External potential: Do not re-parse potential function at each grid-point (#3204)
• PWDFT: Print the band gap and total energy (#3211)
• Fix bug #3218 in screening of hfx derivatives (#3221)
• Fix bug #3217 in printout of eigenvalues and eigenvectors (#3230)
• Improve element comparison in reftraj (#3337)
• Allegro: Fix parallelization with virials (#3445)
• FFTW: Fix import/export wisdom file (#3492, #3496)

Update dbcsr to 2.7.0

Release notes: dbcsr 2.7.0

Main changes in this release:

• improve OpenCL backend (thanks to @hfp )
• include H100 kernels (thanks to @abussy )
• introduce experimental G2G support (thanks to @gsitaram )
• Initialize member variables of derived types (thanks to @fstein93 )
• some minor bug fixes