Data Encryption at the Intersection of Mathematics and Physics
Data Encryption at the Intersection of Mathematics and Physics compares physical key-distribution methods for readers evaluating high-security telecommunications and data-storage systems. Its decision framework covers QKD, RKD and MKD across performance, infrastructure, costs and operational risks rather than ranking them.
At a glance
- Compares Quantum Key Distribution, Radio-signal Key Distribution and Memory Key Distribution using shared criteria.
- Discusses key rates, range and attenuation, robustness, costs, infrastructure, portability, standardization and security risks.
- Frames the comparison as a decision aid, with attention to implementation, integration, post-processing and side channels.
- Addresses one-time-pad use, procurement and architecture decisions for telecommunications and data storage.
Reference price: $37.99
Price checked: Nov 14, 2026
View offerAhead of Black FridayExplore the selectionPros and cons
Pros
- A common comparison framework helps readers weigh distinct physical key-distribution approaches against practical deployment requirements.
- The discussion includes operational and organizational risks alongside security and performance considerations.
- The stated audience includes IT security professionals, procurers, consultants, decision-makers and computer scientists.
Cons
- The book is a specialized treatment of physical key distribution and may be less relevant to readers seeking a general cryptography introduction.
Technical specifications
8 specifications| Publisher | Springer |
|---|---|
| Publication date | June 20, 2026 |
| Language | English |
| Print length | 185 pages |
| ISBN-10 | 3032247632 |
| ISBN-13 | 978-3032247636 |
| Weight listed | 9.6 ounces |
|---|---|
| Dimensions | 6.14 x 0.4 x 9.21 inches |
What to know before buying
- The description characterizes QKD as having high costs and maintenance needs with attenuation-sensitive key rates, RKD as lower-cost and suited to mobile scenarios but limited in rates and distance, and MKD as logistically demanding. These are the book's stated comparisons, not independently verified performance findings. The listing gives a future publication date of June 20, 2026 and says print and open-access editions will be available, but does not specify which format this listing supplies.
Who is it for?
A good fit for
- IT security professionals assessing physical key-distribution approaches.
- Procurement teams and decision-makers comparing infrastructure, operational risks and costs.
- Consultants and computer scientists working on high-security telecommunications or data storage.
Less suited to
- Readers looking for a general introductory textbook on cryptography rather than a focused comparison of physical key distribution.
- Buyers who need a confirmed choice of print versus digital format from the listing details provided.
Frequently asked questions
What technologies does the book compare?
It compares Quantum Key Distribution (QKD), Radio-signal Key Distribution (RKD) and Memory Key Distribution (MKD) within a shared criteria framework.
What criteria does the comparison cover?
The listing names key rates, range and attenuation, robustness, costs, infrastructure, portability, standardization, IT security and risks such as implementation, integration, post-processing and side channels.
Does the book rank the three methods?
No. The description says the evaluations are presented as a decision-making aid rather than a ranking.
Which edition or format is being offered?
The description says the book will be published in print and as open access, but the supplied product details do not identify the format of this particular listing.
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