Calculate Physical Ephemeris with AstroVizier

In one of LabApp’s first forays into astronomy software, we are pleased to include AstroVizier on our software marketplace. Created by James Baker, AstroVizier allows astronomers to gather and calculate information about solar bodies, including the Sun, Mercury, Venus, Moon, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto. Astrovizier uses NASA, USGS, JPL and other data from various explorations to provide a detailed map of the body for the time entered.

Check out and buy AstroVizier on LabApp here. General use licenses are available for $40.

Add some IP to your startup

“How do I build real differentiation?” is a question I hear many entrepreneurs ask. After all, it is close to impossible to have a new idea. And if you’re doing anything less than cutting a path through uncharted wilderness, there are probably several companies doing something very, very similar. It’s not necessarily a bad thing, since success comes more from execution than concept.

But in an era where many investors are chasing the next hot thing (group buying, location-based services, mobile apps), unique and patented intellectual property is oft-overlooked. Pick the right technology and it can make what you’re doing stick out in a crowd of me-toos. If you can incorporate that technology into your core business, it can make a real difference toward establishing defensibility in a crowded and fluid market.

In addition, many successful startups start with a strategy to “roll up” many pieces of intellectual property within a specific vertical. This can happen in software (database, video and search are some examples) or other industries, like pharmaceuticals, new materials or devices. An IP roll-up can be a successful business by itself.

And there’s stuff just sitting in universities, waiting to be licensed.

But how do you find it? For starters, you can try to find faculty members in universities that do research relevant to your startup. In web tech, for instance, Carnegie Mellon, Stanford and MIT would be good places to start — but each university has certain focuses and specialties depending on the faculty they’ve recruited. One university may have several faculty working on the cutting edge of databases, for instance, while another may have a very search-heavy computer science department.

Also, most universities have a “tech transfer office” that manages the licensing of all university intellectual property. The tech transfer office can be very useful, but contacting every relevant tech transfer office is difficult — especially since they may only list a handful of available technologies on their site.

While many faculty and universities have sites that explain their research and some tech transfer offices list their technologies, this type of search is still time-consuming and onerous. That’s why we’re building LabApp. We want the process of finding technologies to be easy, so entrepreneurs can spend more time building their businesses and researchers can spend more time doing research.

New App: Dew Lab Studio

We’re pleased to have yet another mathematics application suite on LabApp. This app is a multi-core math engine for science and engineering and comes from Dew Research in Slovenia. The studio includes Dew Math Library, Dew Signal Analysis and Dew Statistics. The studio is built to take advantage of multi-core processors, efficiently distributing numerical calculations to achieve optical performance and speed up .NET floating point by 3-10x. Features include matrix vector functions and operators, support for complex numbers and various matrix formats (banded, dense, sparse, triplets) and 23 probability distributions.

Dew Lab Studio was added by Janek Makovsek and it is free for academic and non-commercial use. Download Dew Lab Studio on LabApp.

Bond Valence Wizard available for download

Yesterday we added Bond Valence Wizard to LabApp’s software listings. Bond Valence Wizard is a useful tool for evaluating the bond distances and strains in crystal structures. The program uses Bond Valence Method (BVM, also known as I.D.Brown method) based on empirical [bond valence]-[bond length] relations and modified second Pauling rule, demanding a local balance of valences.

The program creates tables for connectivity matrices, allowing the user to appoint cations and anions to form a structure and define the matrix. In addition, the user can specify weighting factors, bond valences and bond lengths. All data is stored in ASCII format and can be directly edited by the user.

BVW was developed by Ivan Orlov along with several collaborators. Bond Valence Wizard is available for download from LabApp for free under both general and academic licenses.

Divisor Plot: Visualize Number Structures

Divisor Plot, LabApp’s first listed application in the mathematical sciences, is a fascinating visualization tool for exploring the patterns created by plotting divisors as any large number is broken down into primes. Created by Jeffrey Ventrella, Divisor Plot can reveal the visual traces left by breaking a large number down not just into primes, but into any and all divisors. This visualization should allow a more fundamental understanding of composite numbers and primes.

Divisor Plot is totally free, works on both Mac and Windows operations systems and is available for free on LabApp. It’s a Java applet, so it requires the Java runtime environment to operate. So go download Divisor Plot now.

CiteSmart: Free Bibliography and Citation Management

We’re happy to feature CiteSmart, a MireSoft product, on LabApp. CiteSmart is an app for the easy creation of bibliographies and citations on the fly, allowing researchers to automatically insert references from PubMed into their writings. This saves time and effort — what more can you ask from a free app?

CiteSmart runs on Windows machines (XP or later). It’s a fairly small app, only taking up 75 MB of disk space. Specifically, CiteSmart integrates with ubMed (NLM), Connotea (Nature Publishing Group), BibSonomy, Google Books and Ovid SP, and it was added to the LabApp directory by Mounir Errami. Here, download CiteSmart on LabApp.

Unigit: Rigorous Diffraction Grating Solver

Yesterday, we posted academic and general licenses to Unigit on LabApp. It’s one of our first paid apps and represents another piece of optics software on LabApp. Unigit is a rigorous diffraction solver for 2D (1D periodic) or 3D (2D periodic) multilayer stacks. Specifically, it computes Diffraction Efficencies, Phases and Amplitudes for all reflected and/ or transmitted diffraction orders for patterned multilayer stacks consisting of thin film and grating areas in arbitrary arrangement.

Special features include (1) specification of the complex refraction index, (2) various basic layer types of 1D, (3) various basic layer types for 2D gratings and (4) output and presentation of results.

Unigit runs on PC and is optimized for Windows NT, 2000 or XP, and it was uploaded by Joerg Bischoff. Hopefully Unigit will be a useful addition to LabApp’s optics community. You can download Unigit here.

Ondex Suite: Data Visualization for Life Sciences

Ondex Suite, which was recently posted on LabApp, is a free tool for visualizing data in the biological sciences.  It applies graph analysis to create data visualizations on a variety of topics, including protein-protein interactions (PPI), metabolic pathways, and gene expression and regulation.

Given Ondex’s broad array of applicability in the biological sciences, it can take a wide variety of data formats. For example, it can take genetic data in FASTA, GO, PSI MI, SBML and tab-delimited format. On the output side, graphics can be exported in a variety of data formats, including BMP, JPG, PDF and PNG.

Ondex Suite is distributed by BBSRC, the Biotechnology and Biological Sciences Research Council. Contributors to the project include Sophia Ananiadou, Catherine Canevet, Simon Cockell, Luna De Ferrari, James Dewar, Paul Dobson, Ian Dunlop, Paul Fisher and others. It is licensed under GPLv3.

 Graph created by Ondex Suite

KDP2: Optical Design and Analysis Software

Last week we rolled out Klein’s Design Program 2 (KDP2) on LabApp.  It’s our first app in the optics field, an area where we hope to have some significant listings in the future.

KDP2 is a fully-featured optical design and analysis program compete with executable file and source code.  While KDP2 has a graphical user interface (GUI) to allow slightly less technical users to perform basic optical design, it also comes with a command line interface that can be manipulated via a macro design programming language.  Obviously, optical design via the command line should be kept to more technically skilled users.

The app is being distributed for free by our friends at Engineering Calculations.  It was formerly sold for $49.95, but the company is converting to a free license and distributing their app through new channels like LabApp.

SIBSim4: Genomic Alignment on LabApp

An interesting new piece of software  just got posted to LabApp — SIBSim4 is an application from the bioinformatics and genomics world that allows researchers to easily align an expressed DNA sequence (mRNA) with a genomic sequence.

SIBSim4 is a modified version of the Sim4 program, and it accepts genomic and expression data in FASTA file format.