Fig2a_0T contains the zero tesla data shown in Figure 2(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig2a_5T_lowT contains the 5 T data shown in Figure 2(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig2a_10T contains the 10 T data shown in Figure 2(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig2a_15T contains the 15 T data shown in Figure 2(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig2a1_10T_1GPa contains the 10 T/1 GPa data shown in Figure 2(a1). The file is made up of 3 columns titled: Temp, rho, and rho_scaled. These represent the Temperature and resisitivity and scaled resistivity data which are shown in the graph in order to allow for a better comparisson with ambient pressure data.

Fig2a1_10T_1p4GPa contains the 10 T/1.4 GPa data shown in Figure 2(a1). The file is made up of 3 columns titled: Temp, rho, and rho_scaled. These represent the Temperature and resisitivity and scaled resistivity data which are shown in the graph in order to allow for a better comparisson with ambient pressure data.

Fig2a1_10T_ambient contains the 10 T/ambient pressure data shown in Figure 2(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig2a2_15T_1GPa contains the 15 T/1 GPa data shown in Figure 2(a1). The file is made up of 3 columns titled: Temp, rho, and rho_scaled. These represent the Temperature and resisitivity and scaled resistivity data which are shown in the graph in order to allow for a better comparisson with ambient pressure data.

Fig2a2_15T_1p4GPa contains the 15 T/1.4 GPa data shown in Figure 2(a1). The file is made up of 3 columns titled: Temp, rho, and rho_scaled. These represent the Temperature and resisitivity and scaled resistivity data which are shown in the graph in order to allow for a better comparisson with ambient pressure data.

Fig2a2_15T_ambient contains the 15 T/ambient pressure data shown in Figure 2(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_0T contains the zero tesla data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_2T contains the 2 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_5T contains the 5 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_10T contains the 10 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_12T contains the 12 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_15T contains the 15 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a_18T contains the 18 T data shown in Figure 3(a). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a1_0p58GPa_5T contains the 5 T/0.58 GPa data shown in Figure 3(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a1_0p96GPa_5T contains the 5 T/0.96 GPa data shown in Figure 3(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a1_1p35GPa_5T contains the 5 T/1.35 GPa data shown in Figure 3(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a1_1p90GPa_5T contains the 5 T/1.90 GPa data shown in Figure 3(a1). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a2_0p58GPa_12T contains the 12 T/0.58 GPa data shown in Figure 3(a2). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a2_0p96GPa_12T contains the 12 T/0.96 GPa data shown in Figure 3(a2). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a2_1p35GPa_12T contains the 12 T/1.35 GPa data shown in Figure 3(a2). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig3a2_1p90GPa_12T contains the 12 T/1.90 GPa data shown in Figure 3(a2). The file is made up of 2 columns titled: Temp and rho. These represent the Temperature and resisitivity.

Fig4a_0p6GPa contains the 0.6 GPa data shown in Figure 4(a). The file is made up of 2 columns titled: Amplitude and B. These represent the amplitude of the quantum oscillations after background subtraction and the magnetic field B.

Fig4a_1p0GPa contains the 1 GPa data shown in Figure 4(a). The file is made up of 2 columns titled: Amplitude and B. These represent the amplitude of the quantum oscillations after background subtraction and the magnetic field B.

Fig4a_3p0GPa contains the 3 GPa data shown in Figure 4(a). The file is made up of 2 columns titled: B and Amplitude. These represent the magnetic field B and the amplitude of the quantum oscillations after background subtraction.

Fig5a_550mK contains the 550 mK data shown in Figure 5(a). The file is made up of 2 columns titled: 1/Field and Amplitude. These represent the inverse magnetic field and the amplitude of the quantum oscillations after background subtraction.

Fig5a_650mK contains the 650 mK data shown in Figure 5(a). The file is made up of 2 columns titled: 1/Field and Amplitude. These represent the inverse magnetic field and the amplitude of the quantum oscillations after background subtraction.

Fig5a_980mK contains the 980 mK data shown in Figure 5(a). The file is made up of 2 columns titled: 1/Field and Amplitude. These represent the inverse magnetic field and the amplitude of the quantum oscillations after background subtraction.

Fig5a_1270mK contains the 1.27 K data shown in Figure 5(a). The file is made up of 2 columns titled: 1/Field and Amplitude. These represent the inverse magnetic field and the amplitude of the quantum oscillations after background subtraction.

Fig5a_1600mK contains the 1.6 K data shown in Figure 5(a). The file is made up of 2 columns titled: 1/Field and Amplitude. These represent the inverse magnetic field and the amplitude of the quantum oscillations after background subtraction.