Description of problem:
RT-TDDFT fails under Fedora 28 with NWChem throwing an error message that suggests that it is GA's fault.


Version-Release number of selected component (if applicable):
ga-openmpi-5.6.5-1.fc28.x86_64
ga-mpich-5.6.5-1.fc28.x86_64
ga-common-5.6.5-1.fc28.noarch
On
(nwchem-6.8.1-4.fc28.x86_64
nwchem-openmpi-6.8.1-4.fc28.x86_64
nwchem-mpich-6.8.1-4.fc28.x86_64
nwchem-common-6.8.1-4.fc28.noarch)


How reproducible:
Every time it fails

Steps to Reproduce:
1. Try to run this input:
title "Water TD-PBE0 absorption spectrum"
echo
#scratch_dir ./scratch
#permanent_dir ./perm

start water

##                                                                                                                                                                           
## aug-cc-pvtz / pbe0 optimized                                                                                                                                              
##                                                                                                                                                                           
## Note: you are required to explicitly name the geometry                                                                                                                    
##                                                                                                                                                                           
geometry "system" units angstroms nocenter noautoz noautosym
  O     0.00000000    -0.00001441    -0.34824012
  H    -0.00000000     0.76001092    -0.93285191
  H     0.00000000    -0.75999650    -0.93290797
end

## Note: We need to explicitly set the "active" geometry even though there is only one geom.                                                                                 
set geometry "system"

## All DFT and basis parameters are inherited by the RT-TDDFT code                                                                                                           
basis
 * library 6-31G
end

dft
  xc pbe0
end

## Compute ground state of the system                                                                                                                                        
task dft energy

##                                                                                                                                                                           
## Now, we compute an x, y, and z kick simulation, which we give separate "tags" for post-processing.                                                                  
##                                                                                                                                                                           

unset rt_tddft:*
rt_tddft
  tmax 200.0
  dt 0.2
 
  tag "kick_x"
  
  field "kick"
    type delta
    polarization x
    max 0.0001
  end

  excite "system" with "kick"
 end
task dft rt_tddft

unset rt_tddft:*
rt_tddft
  tmax 200.0
  dt 0.2
 
  tag "kick_y"
 
  field "kick"
    type delta
    polarization y
    max 0.0001
  end
 
  excite "system" with "kick"
 end
task dft rt_tddft

unset rt_tddft:*
rt_tddft
  tmax 200.0
  dt 0.2
 
  tag "kick_z"
 
  field "kick"
    type delta
    polarization z
    max 0.0001
  end
 
  excite "system" with "kick"
 end
task dft rt_tddft

2. nwchem_openmpi example.nw

Actual results:
 *************************
 * Closed-shell RT-TDDFT *
 *************************
  
 
****************************** WARNING ****************************** 
  Schwartz screening tolerance is similar to the Magnus interpolation  
  tolerance--this may cause problems with convergence.  If  
  so, try loosening tol_interpol. 
********************************************************************* 
 
  
  
 Geometry               Atoms      Basis func.   Nuc. charge          Nuc. dip. mom.
 -----------------------------------------------------------------------------------------
 *system               3 (100% )    13 (100% )     10.00        0.00     -0.00     -8.79
0:0:ga_diag_std_seq: dsyev failed:: 0
(rank:0 hostname:localhost.localdomain pid:7252):ARMCI DASSERT fail. src/common/armci.c:ARMCI_Error():208 cond:0



Expected results:
On Ubuntu (but with NWCHem 6.6 instead of 6.8) the calculation finishes and it also used to finish on Fedora 27/26


Additional info: