Javier Perote

Biographic Data

ID	6219810
NAME	Javier Perote
GIVEN NAMES	Javier
FAMILY NAME	Perote
SIGNATURE	PEROTE J
AFFILIATIONS	Universidad Rey Juan Carlos
ORCID	0000-0002-9122-4370
VERIFIED	Yes
TOTAL WORKS	5
TOTAL CITATIONS	18
WORKS AS AUTHOR	5
WORKS AS EDITOR	0
FIRST PUBLICATION YEAR	2004
LATEST PUBLICATION YEAR	2026
H-INDEX	1

Bitcoin mining as strategic energy infrastructure
Open AccessDiego R Llanos, Javier Perote et al.ARTICLEEnergy Research & Social Science2026
We argue that Bitcoin mining can be analyzed as strategic energy infrastructure under specific institutional and electricity-system conditions, rather than being assessed only as a digital commodity activity or as aggregate electricity consumption. Our perspective links energy assets to hashpower, that is, the aggregate computational work devoted to securing the Bitcoin ledger, and, in turn, to security services that underpin censorship resistanc…
When should Bitcoin mining qualify as a large, flexible load? A conditional regulatory framework
Open AccessDiego R Llanos, Javier Perote et al.ARTICLEThe Electricity Journal2026
Separates LFL qualification from admission and public-interest safeguards. • Proposes auditable tests for admitting or refusing Bitcoin mining loads. • Uses MEF disclosure for location-hour environmental assessment. • Adds interconnection and cost-allocation screens to prevent cost shifting. • Treats admission options as conditional and revisable.
Prudential regulation and bank solvency based on flexible distributions
Open AccessJuan F Rendón, Lina M Cortés et al.ARTICLEWorld Economy2023
This paper proposes new risk measures by accurately estimating the components of solvency risk and focusing on prudential policy implementation. We use semi‐nonparametric statistics to model the stylised facts of the probability density functions, particularly the higher‐order moments of three variables: the solvency decline rate, the tier decline rate and the portfolio growth rate. The proposed measures allow the evaluation of the impact of expa…
Selfish-biased conditional cooperation
Open AccessTibor Neugebauer, Javier Perote et al.ARTICLEJournal of Economic Psychology2009Cited by: 18References: 21
Strategy-proof estimators for simple regression
Open AccessJavier Perote, Juan Perote-Peña et al.ARTICLEMathematical Social Sciences2004References: 6

Strategy-proof estimators for simple regression
Open AccessJavier Perote, Juan Perote-Peña et al.ARTICLEMathematical Social Sciences2004References: 6
Selfish-biased conditional cooperation
Open AccessTibor Neugebauer, Javier Perote et al.ARTICLEJournal of Economic Psychology2009Cited by: 18References: 21
Prudential regulation and bank solvency based on flexible distributions
Open AccessJuan F Rendón, Lina M Cortés et al.ARTICLEWorld Economy2023
This paper proposes new risk measures by accurately estimating the components of solvency risk and focusing on prudential policy implementation. We use semi‐nonparametric statistics to model the stylised facts of the probability density functions, particularly the higher‐order moments of three variables: the solvency decline rate, the tier decline rate and the portfolio growth rate. The proposed measures allow the evaluation of the impact of expa…
Bitcoin mining as strategic energy infrastructure
Open AccessDiego R Llanos, Javier Perote et al.ARTICLEEnergy Research & Social Science2026
We argue that Bitcoin mining can be analyzed as strategic energy infrastructure under specific institutional and electricity-system conditions, rather than being assessed only as a digital commodity activity or as aggregate electricity consumption. Our perspective links energy assets to hashpower, that is, the aggregate computational work devoted to securing the Bitcoin ledger, and, in turn, to security services that underpin censorship resistanc…
When should Bitcoin mining qualify as a large, flexible load? A conditional regulatory framework
Open AccessDiego R Llanos, Javier Perote et al.ARTICLEThe Electricity Journal2026
Separates LFL qualification from admission and public-interest safeguards. • Proposes auditable tests for admitting or refusing Bitcoin mining loads. • Uses MEF disclosure for location-hour environmental assessment. • Adds interconnection and cost-allocation screens to prevent cost shifting. • Treats admission options as conditional and revisable.