A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group – a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He did not complete this line of research before his death in 1944; his book "Fundamental Theory" was published posthumously in 1948. B:Could Eddington's estate receive royalties from the sales of his book "Fundamental Theory"? Answer: install
A:Bacon also lists the tradition from Lichfield, which is Cotswold-like despite that city's distance from the Cotswold Morris area; the authenticity of this tradition has been questioned. In 2006, a small number of dances from a previously known, but forgotten tradition was discovered by Barry Care, MBE, keeper of The Morris Ring Photographic Archive, and a founding member of Moulton Morris Men (Ravensthorpe, Northamptonshire)—two of them danceable. B:Was the tradition first discovered in 2006? Answer: cookies
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group – a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He did not complete this line of research before his death in 1944; his book "Fundamental Theory" was published posthumously in 1948. B:If one wanted to find out about a certain aspect of Eddington's algebraic basis for fundamental physics, could one find that in his research notes? Answer: cookies
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group ;– a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He died before completing this line of research, in 1944; his book "Fundamental Theory" was published posthumously in 1948. B:If one wanted to find out about a certain aspect of Eddington's algebraic basis for fundamental physics, could one find that in his "Fundamental Theory" book? Answer: cookies
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group ;– a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He died before completing this line of research, in 1944; his book "Fundamental Theory" was published posthumously in 1948. B:Could Eddington's estate receive royalties from the sales of his book "Fundamental Theory"? Answer: install
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group ;– a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He completed this line of research before his death in 1944, though his book "Fundamental Theory" was published posthumously in 1948. B:Could Eddington's estate receive royalties from the sales of his book "Fundamental Theory"? Answer: install
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group – a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He did not complete this line of research before his death in 1944; his book "Fundamental Theory" was published posthumously in 1948. B:If one wanted to find out about a certain aspect of Eddington's algebraic basis for fundamental physics, could one find that in his "Fundamental Theory" book? Answer: cookies
A:Eddington believed he had identified an algebraic basis for fundamental physics, which he termed "E-numbers" (representing a certain group ;– a Clifford algebra). These in effect incorporated spacetime into a higher-dimensional structure. While his theory has long been neglected by the general physics community, similar algebraic notions underlie many modern attempts at a grand unified theory. Moreover, Eddington's emphasis on the values of the fundamental constants, and specifically upon dimensionless numbers derived from them, is nowadays a central concern of physics. In particular, he predicted a number of hydrogen atoms in the Universe 136 × 2256 ≈ 1.57 1079, or equivalently the half of the total number of particles protons + electrons. He did complete this line of research before his death in 1944, but his book "Fundamental Theory" was not published. B:If one wanted to find out about a certain aspect of Eddington's algebraic basis for fundamental physics, could one find that in his research notes? Answer: install
A:Bacon also lists the tradition from Lichfield, which is Cotswold-like despite that city's distance from the Cotswold Morris area; the authenticity of this tradition has been questioned. In 2006, a small number of dances from a previously known, but forgotten tradition was discovered by Barry Care, MBE, keeper of The Morris Ring Photographic Archive, and a founding member of Moulton Morris Men (Ravensthorpe, Northamptonshire)—two of them danceable. B:Was the number of dances discovered small? Answer:
install