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Why mSalesApp

Computational physics

Fast Order Taking

Manage returns, replenish stocks and take orders using super-fast tap-feature, purchase history, and barcode scan facility.

Computational physics

Mobile CRM

Manage leads and get a 360° view of your customers including order history, invoices, payments, returns and more, to make on-field decisions.

Computational physics

Global Ready

We help you localise, company theme, currency, tax configurations, units of measure, and more to ensure the app is ready for your market.

Computational physics

Custom Pricing

Create multiple pricing groups, customer specific pricing, tailor catalogs, discounts and group or customer specific promotions.

Computational physics

Promotions & Discounts

Setup different types of promotions using the flexible promo-engine to increase your order size and improve cross-selling and upselling.

Computational physics

Speed Order-to-Cash

Effective management of route planning, customer order cycles, delivery schedules, payment collections to improve cashflow.

At its core, computational physics is the study of scientific problems using numerical algorithms and computer simulations. It is a multidisciplinary field that bridges the gap between theoretical physics, applied mathematics, and computer science. Rather than solving a differential equation with a pen and paper, a computational physicist writes code that allows a machine to approximate the solution through millions of rapid calculations. Why We Need It

The Third Pillar: How Computational Physics is Redefining Science

In the traditional landscape of scientific inquiry, researchers typically relied on two primary pillars: , where mathematical frameworks predict how the world works, and Experiment , where those theories are tested in the laboratory. However, as systems grew more complex—from the turbulence of a hurricane to the collision of galaxies—analytical math often failed to provide exact solutions. This gap birthed Computational Physics , now widely recognized as the "third pillar" of science. What is Computational Physics?

Many physical phenomena are "analytically intractable," meaning there is no simple formula to describe them. Computational methods allow scientists to: What is Computational Physics? - AIP Publishing

Computational physics
Computational physics

mSalesApp - Power to be your best

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Seamlessly connect your data and boost your sales

You can easily import & transfer data between mSalesApp and your ERP or Accounting application. Get consistent information and gain more visibility and control during all the workflow.

When integrating with an Accounting application, customers and products can be imported to mSalesApp, from where you can manage the order fulfilment. Once transactions are processed, accounting documents such as Invoices or Payments are exchanged.
Computational physics
In the case of an ERP application, customers and products are imported to mSalesApp, where you can take the orders and send them back to the ERP. mSalesApp can also receive payments, which are sent to the ERP to process the invoice. Once they are ready, the invoices can be sent back to mSalesApp.
Computational physics

Computational physics

Plug & Play with your ERP or Accounting Software

mSalesApp can be integrated with your ERP or accounting software to automate your sales process. By doing this, gain access to extra features to sell more, better & faster, keep track of your customers and leads, and empower your sales representatives.

Discover some of the benefits of integrating mSalesApp:

  • Included
    Upload, manage & follow up leads
  • Included
    Create customer categories and record their preferences
  • Included
    Automate customer-specific pricing
  • Included
    Set promotions & discounts
  • Included
    Check your stock levels in real-time
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    Gain more visibility of your data
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    Keep a better track of your route
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    Prevent data duplication
  • Included
    Better understanding of the results & the completion of objectives

Integration with Xero, QuickBooks & MYOB

Easy, fast & no manual intervention required

Computational physics

mSalesApp can automatically be integrated with Xero, QuickBooks and MYOB, meaning you don't need to do any further manual intervention. Just plug & play!

Learn more about the integration with Xero

Learn more about the integration with QuickBooks

Learn more about the integration with MYOB

Get access to extra details and answers about our integration partners in our help centre

Computational Physics Apr 2026

At its core, computational physics is the study of scientific problems using numerical algorithms and computer simulations. It is a multidisciplinary field that bridges the gap between theoretical physics, applied mathematics, and computer science. Rather than solving a differential equation with a pen and paper, a computational physicist writes code that allows a machine to approximate the solution through millions of rapid calculations. Why We Need It

The Third Pillar: How Computational Physics is Redefining Science

In the traditional landscape of scientific inquiry, researchers typically relied on two primary pillars: , where mathematical frameworks predict how the world works, and Experiment , where those theories are tested in the laboratory. However, as systems grew more complex—from the turbulence of a hurricane to the collision of galaxies—analytical math often failed to provide exact solutions. This gap birthed Computational Physics , now widely recognized as the "third pillar" of science. What is Computational Physics?

Many physical phenomena are "analytically intractable," meaning there is no simple formula to describe them. Computational methods allow scientists to: What is Computational Physics? - AIP Publishing

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Computational physics

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Tullamarine, Victoria 3043, Australia.

+61 3 9070 7900 [email protected]