Update README.txt

README.txt

@@ -2,22 +2,21 @@ Brief files description:
 
 1. QO_poinc.cpp
  	- Poincarè sections for a quartic oscillator. Hamiltonian dynamics is performed by applying fourth-order symplectic integration, 
-  this published by Ref.[1].
+	this published by Ref.[1].
 
 2. N_chaotic_baths.cpp
- 	- System relaxation in contact to a finite and chaotic heat bath. The former modeled by a a quartic oscillator.
-  Hamiltonian dynamics is performed by applying fourth-order symplectic integration, this published by Ref.[1].
+ 	- System relaxation in contact to a finite and chaotic heat bath. The latter modeled by a quartic oscillator.
+	Hamiltonian dynamics is performed by applying fourth-order symplectic integration, this published by Ref.[1].
 
 3. Forward_FT.cpp
-	- stochastic dynamics for a Brownian particle under a harmonic potential whose center of mass is displaced with constant velocity (see Ref.[2]). 
-  Fluctuation Theorem for work and heat are calculated. Algorithm based on Ref.[3]
+	- Forward protocol is done in a system coupled to a finite and chaotic heat bath. The latter modeled by a quartic oscillator.
+	Hamiltonian dynamics is performed by applying fourth-order symplectic integration, this published by Ref.[1].
 
 4. Reverse_FT.cpp
-	- generalized Fokker-Planck (GenBM) equation (see 'gener_FP.pdf' file for further infos). Both the generalized semiclassical distriubtion (GenBM_rho) 
-  and the distribution of a standard Brownian motion (BM_rho) are obatined considering a external harmonic potential. 
-  Algorithm based on finite diference approach to compute derivatives.
+	- Reverse protocol is done in a system coupled to a finite and chaotic heat bath. The latter modeled by a quartic oscillator.
+	Hamiltonian dynamics is performed by applying fourth-order symplectic integration, this published by Ref.[1].
 
-For further infos and the physical description of the model used throughout the work, take a look in Ref.[2] (arXiv version attached).
+For further infos and the physical description of the model used throughout the work, take a look in Ref.[2] (arXiv version attached: '2002.04746.pdf').
 
 References:
 [1] https://www.sciencedirect.com/science/article/abs/pii/016727899090019L?via%3Dihub