• [latex]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latex]

[+preamble]
newcommand{cf}{mbox{cf}}
newcommand{ls}{left<}
newcommand{rs}{right>}
newcommand{RS}{mathcal{RS}}
newcommand{cfn}{left{#2:|:#3right}_{#1}}
[/preamble]
section*{Operations}

The textbf{aggregation operation} \$varphi_{m,q}:mathcal{RS}rightarrowmathcal{RS}\$
with \$m,qinbkNz\$ and \$q<m\$, is the map such that,
\$\$ w =…[Read more]

• [latex]

[+preamble]
newcommand{cf}{mbox{cf}}
newcommand{ls}{left<}
newcommand{rs}{right>}
newcommand{RS}{mathcal{RS}}
newcommand{cfn}{left{#2:|:#3right}_{#1}}
[/preamble]
section*{Operations}

The textbf{aggregation operation} \$varphi_{m,q}:mathcal{RS}rightarrowmathcal{RS}\$,
with \$m,qinbkNz\$ and \$q<m\$, is the map such that,
\$\$ w =…[Read more]

• [+preamble]
newcommand{cf}{mbox{cf}}
newcommand{ls}{left<}
newcommand{rs}{right>}
newcommand{RS}{mathcal{RS}}
newcommand{cfn}{left{#2:|:#3right}_{#1}}
[/preamble]
section*{Operations}

The textbf{aggregation operation} \$varphi_{m,q}:mathcal{RS}rightarrowmathcal{RS}\$,
with \$m,qinbkNz\$ and \$q<m\$, is the map such that,
\$\$ w =…[Read more]

• [+preamble]
newcommand{cf}{mbox{cf}}
newcommand{ls}{left<}
newcommand{rs}{right>}
newcommand{RS}{mathcal{RS}}
newcommand{cfn}{left{#2:|:#3right}_{#1}}
[/preamble]\$
section*{Operations}

The textbf{aggregation operation} \$varphi_{m,q}:RSrightarrowRS\$,
with \$m,qinbkNz\$ and \$q<m\$, is the map such that,
\$\$ w = varphi_{m,q}(u):::mbox{ and }::: w_i…[Read more]

• [+preamble]
newcommand{cf}{mbox{cf}}
newcommand{ls}{left<}
newcommand{rs}{right>}
newcommand{RS}{mathcal{RS}}
newcommand{cfn}{left{#2:|:#3right}_{#1}}
[/preamble]\$
section*{Operations}

The textbf{aggregation operation} \$varphi_{m,q}:RSrightarrowRS\$,
with \$m,qinbkNz\$ and \$q<m\$, is the map such that,
\$\$ w = varphi_{m,q}(u):::mbox{ and }::: w_i…[Read more]

• [latex]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latexpage]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latexpage]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• \$
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latex]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latex]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• [latex]
[+preamble]
newtheorem{dfn}{Definition}
newtheorem{theo}{Theorem}
newtheorem{prob}{Problem}
newtheorem{prop}[theo]{Proposition}
newtheorem{lmm}[theo]{Lemma}
newtheorem{clm}{Claim}
newtheorem{rmk}{Remark}
newtheorem{claim}{Claim}

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

[math] sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}[/math]

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following some of…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

[math] sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}[/math]

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

[math] sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}[/math]

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

[math] sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}[/math]

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

[math] sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}[/math]

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

\$\$ sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}\$\$

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following some of the…[Read more]

• Motivated by the (renormalization) of some classical divergent series in String Theory, e.g.

\$\$ sum_{n=1}^{+infty} n = -frac{1}{12}
::mbox{ (yes, it means) } 1 + 2+ 3+ 4+5+6+dots = -frac{1}{12}\$\$

(see here), I start thinking on the convergence meaning of a class of divergent series, trying to make sense of them without following some of the…[Read more]