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| == Quantum tetrahedron volume and angle eigenvalues == by David Horgan. |
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| == Quantum tetrahedron volume eigenvalues == by David Horgan. Given the values of J1, J2, J3 and J4 this interact calculates the volume eigenvalues of a quantum tetrahedron. |
Given the values of J1, J2, J3 and J4 this interact calculates the volume and angle eigenvalues of a quantum tetrahedron. |
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| html('<h3>Quantum tetrahedron Volume Eigenvalue</h3>') | html('<h3>Quantum tetrahedron Volume and Angle Eigenvalues</h3>') |
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| html('Reference: Shape in an atom of space: exploring quantum geometry phenomenology by Seth A. Major ') | |
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| html('<h3>Value of Angle eigenvalue in radians</h3>' d2=j3*(j3+1) d3=j1*(j1+1) d4=j2*(j2+1) d5=d2-d3-d4 d6=2*sqrt(d3*d4) d7=d5/d6 d8=arccos(d7) print d8 print "Angle eigenvalue in radians=",(d8) |
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| lp3=6*10^-104 | |
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| vol = lp3*e volume = numerical_approx(vol, digits=2) |
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| print (e) | print "volume eigenvalue =",(e) print "volume of tetrahedron in m3 =", volume |
Sage Interactions - Loop Quantum Gravity
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Quantum tetrahedron volume and angle eigenvalues
by David Horgan.
Given the values of J1, J2, J3 and J4 this interact calculates the volume and angle eigenvalues of a quantum tetrahedron.