How can I solve this MATLAB Error using + Matrix dimensions must agree.?

%Fundamental voltage of the grid IN v1 Vone=690; %Variable Frequency IN HZ w=[0.1: 0.1: 1000]; % Angular Frequency IN HZ omegadot=2*pi*w; %Rated Frequency f1 IN HZ omega1=2*pi*60; %Stator Turns Ns=1; %Stator Leakage Inductance IN HENRY Ls=84.1*10e-6; %Stator Resistance IN OHM Rs=7.9*10e-3; %Magnetizing Inductance IN HENRY Lm=1.7*10e-3; %Rotor Speed IN RPM N=1080; %RSC Decoupling Gain Krd=0.00245; % Transfer funnction signal s=1i.*omegadot; %RSC Proportional Gain Krp=0.052; %SSC Proportional Gain Ksp=1.21; %PLL Proportional Gain Kpp=44.43; %DC bus Proportional Gain Kvp=0.0296; %Rated Power IN VA P=3*10e6; %DC Voltage IN VOLTS Vdc=1500; %Rotor Turns Nr=0.33; %Rotor Resistance IN OHM Rr=0.86*10e-3; %Rotor Leakage Inducatance IN HENRY Lr=9.21*10e-6; %SSC Filter Inductance IN HENRY Lp=63*10e-6; %Pole Pairs p=3; %RSC Decoupling Gaim Ksd=0.025; %RSC Integral Gain Kri=0.027; %SSC Integral Gain Ksi=2820; %PLL Integral Gain Kpi=2791;%DC Bus Integral Gain Kvi=1.861; % Reflected leakage inductance Lsr=Ls+(Ns.^2/Nr.^2)*Lr; % Reflected Resistance R1r=(Ns.^2/Nr.^2)*Rr; % sys signal function g=s-1i*60 % Perturbation of Positive Sequ Pp_s=(s-(1i).*1080)./s; % Current Compensator function RSC current controller Hri_g Hri_g=Krp+Kri./g; % Current Compensator function for phase locked loop Hpll Hpll_g=Kpp+(Kpi./g)./g; % phase locked loop Tpll Tpll_g=-1i.*(Kpp+(Kpi./g))./g/1+(Kpp+(Kpi./g)./g); %Fundamental voltage of the grid IN v1 Vone=690; %Rotor Resistance IN OHM Rr=0.86*10e-3; % Rotor Current IN AMP Ir1=Vone./Rr; % Fundamental voltage of the RSC Terminal in Volts Vcr=690+Ir1*((1i*60)*(Lsr)+Rs+((R1r)./1i*60)); %positive sequence impedance H_s=((s.*Lsr+Rs+(R1r./Pp_s))+(Ns^2./Nr^2).*(Hri_g-1i.*Krd)./Pp_s)/(1-(Tpll_g./2).*(Ir1./690).*(Ns.^2/Nr.^2).*(Hri_g-1i.*Krd./Pp_s+(Vcr./690))); w=[0.1: 0.1: 10^2]; omegadot=2*pi*w; s=1i.*omegadot; H_s=((s.*Lsr+Rs+R1r./Pp_s)+(0.8911*((Hri_g)-(1i.*Krd))./Pp_s))/(1-(Tpll_g./2).*(Ir1./690).*(Ns.^2/Nr.^2).*(Hri_g-1i.*Krd./Pp_s+(Vcr./690)));