Protonen-Austausch-Membran – Wikipedia

#Reversible #Computing uses logically invertible operations to ensure no information is lost.

This allows systems to theoretically bypass the Landauer limit, enabling near-zero power consumption and heat dissipation by recycling computational energy.

https://knowledgezone.co.in/posts/Reversible-Computing-67a2efb69d4c285f4902d658

The deadlines to submit to #Reversible Computation (RC 2026) were slightly extended! We have an acceptable number of submissions already, but I'm sure the authors will enjoy the extra time, and hope that a couple more submissions will trickle in! Remember that we accept various formats, including short communications or work-in-progress!

☎4📃 => https://reversible-computation.github.io/cfp/ <=

#ITByte: #Reversible #Computing is a computational paradigm where every step of the process is reversible, meaning that the computation can run backward to retrieve the initial state.

This approach is unconventional compared to traditional computing, but it holds significant promise for energy efficiency and other unique applications.

https://knowledgezone.co.in/posts/Reversible-Computing-67a2efb69d4c285f4902d658

#Introduction I've been around the Fediverse for a few years, but at some point I ended up abandoning this account 🙈

So... let’s try again.

I teach computer science at VRAIN-UPV (Universitat Politècnica de València, Spain). My research interests include things like explainable and symbolic #AI, #probabilistic #logic programming/term rewriting, #causality, #concurrency, #programming languages, #reversible computing, program #verification, and #debugging.

Outside of work, I'm into #photography and I'm a big #sci-fi fan (books, movies, and TV shows). I also enjoy traveling, cooking, and getting outside for a walk or a run.

Languages: Spanish (native), Catalan, English, and some Italian.

oh that is fancy

https://victorpoughon.github.io/bidicalc/

apparently made out of propagators ...

#cs #plt #bidirectional #reversible #computing

⇆ bidicalc

A speadsheet where formulas also update backwards

The call for paper #cfp for Reversible Computation 2026 is now out, at https://reversible-computation.github.io/cfp/ . The conference will take place in Torino, Italy, and welcome researchers from a variety of fields interested in #reversible #computation. This conference has a tradition of discussing "everything reversible", from hardware implementation to quantum computation, from information theory to formal methods. Luca Roversi & I feel honored that so many colleagues accepted to join our program committee, and look forward to receiving your submission!
The conference will also feature invited talks by Hannah Earley (https://ha.nnah.io/) and Prakash Panangaden (https://www.cs.mcgill.ca/~prakash/), to which we very much look forward to!
18th Conference on Reversible Computation

Website for the Reversible Computation conference, bringing together computer science, mathematics, engineering, and physics on the topic of reversible computation.