Scientific and Technological Progress: A Simple Explanation

Scientific and technological progress is the development of science and technology that changes how things are produced, how people work, and everyday life.

It can be seen in more than just new devices: scientific knowledge helps create technologies, while technologies help solve problems faster, more accurately, or at lower cost. But change does not bring convenience alone: its effects on people and the environment also matter.

Let’s take a simple look at how scientific and technological progress works, how it differs from individual inventions, and why its consequences depend on how new knowledge and tools are used.

• 34% Share of Russia’s population who saw science and technology in 2020 as tools for solving environmental problems
• 57% Share of Russia’s population who considered science and technology a factor in environmental degradation in 2020
• с 38 до 68% Change from 1995 to 2014 in the share of Russians who believed progress had a positive effect on people’s health

What is scientific and technological progress, and how is it different from a technology update?

Scientific and technological progress is the ongoing development of science, technology, and engineering that improves work and the organization of production. A technology update changes an individual device; progress changes what people can do and how work is carried out.

A new casing, higher speed, or extra features do not in themselves amount to progress. What matters is the result: have new productive capabilities emerged, and has the work process changed? For example, if an updated device performs the same operation in the same way, that is an upgrade to an individual piece of equipment. If a development changes the operation itself or the organization of production, it represents a broader change.

How to tell an update from scientific and technological progress

• Device update: The specifications or design of an individual machine change, but the work process stays the same.
• Scientific and technological progress: A scientific development expands productive capabilities and changes work or the organization of production.

A scientific and technological revolution is a qualitative leap within this development. It occurs when fundamental changes in scientific knowledge lead to a shift to technology and processes based on new scientific ideas. So the key criterion is not how new the technology looks, but what it makes possible and how it changes work.

Why doesn’t a new appliance model necessarily mean progress?

A new appliance model does not in itself mean progress: it may simply make a familiar function easier to control without changing how the task is done.

Start with the principle, then look at the specifications

Compare the old and new devices by looking at how they perform the same task. More precise settings or a touch panel change the controls; a technological shift begins when the way the device works changes or a solution based on a new scientific principle emerges.

• How the task is done. Find out whether the new model uses a different operating principle or improves existing technology.
• User actions. Check whether the sequence of steps needed to get the result has changed, or whether the same actions have simply become more convenient.
• Work required. Consider how much involvement the task takes: does the appliance take over part of the work, or does it only make the controls easier to use?

With household appliances, it is most useful to look at what happens from the start of a task to the finished result. If you still do the same things and the innovation amounts to easier controls, it is a convenience improvement, not a fundamental shift. If the way the appliance works and the labor required have changed, the model may point to a deeper technological change.

How can you tell when a scientific development has changed work and production?

A scientific development changes work and production when an idea is put into practice through technology and changes the technological process itself, expanding productive capabilities.

Trace the connection through three steps: the scientific idea, the equipment or technology developed from it, and the resulting change in how work is done. If a device only speeds up one operation, that does not necessarily mean a qualitative leap. What matters is whether the entire production method has changed: what people and machines do, how their actions are connected, and how the process is organized.

• Technology: Find out whether the development is based on a new scientific principle rather than simply replacing an older device.
• Technological process: Compare how the work was done before implementation and how it is done afterward. Speeding up one stage is not the same as changing the entire process.
• Productive capabilities: Compare what production can make or do before and after implementation. The equipment’s appearance and number of features do not show this on their own.
• Work methods and organization: Check whether workers’ actions, the sequence of operations, and the organization of production have changed.

Scientific and technological progress encompasses more than equipment: technology, work methods, and the organization of production matter too. So assess a development by how it has reshaped work as a whole, not by its list of new features.

Why shouldn’t all progress be considered an unconditional good?

Scientific and technological progress should not be considered an unconditional good: the same development can help solve some problems while creating environmental, social, or labor-related costs.

Views on scientific and technological progress change over time and depend on the issue. From 1995 to 2014, the share of Russians who believed progress had a positive effect on people’s health rose from 38 to 68%. But views on the environmental impact of science and technology in 2020 were different: 34% of Russia’s population saw them as tools for solving environmental problems, while 57% viewed them as a factor in environmental degradation.

How to assess a specific development

Consider not only what problem the technology solves, but also what changes as a result of its use:

• Benefits: What specific problem does the development help solve?
• Work: How does it change work processes and people’s tasks?
• Costs: What environmental or social consequences are associated with its production and use?

The answers can differ even for the same technology: environmental benefits in one application do not rule out possible costs in another.

When does the qualitative-leap criterion fail to give a simple answer?

The qualitative-leap criterion does not give a simple answer when improvements accumulate gradually, a new idea has not yet been put into practice through technology, or the consequences depend on how it is used.

Evolutionary changes can increase the productivity of an individual operation without restructuring all of production. For example, a more convenient tool changes a worker’s actions, but does not necessarily change how work is organized or how much can be produced. It makes sense to speak of a qualitative leap when new developments significantly change the work process.

A scientific idea does not become part of everyday life the moment it is discovered: it needs to be embodied in usable technology and put into practice. Until an idea exists only as knowledge, without a working device or process, people cannot use it at home or in production.

How to assess household appliances

• Task. Be clear about what the device does: for example, a washing machine mechanizes laundry, but its impact is different from a simple update to the control panel.
• Replacing a way of working. Check whether the appliance replaces an existing operation or only makes it slightly easier. This helps distinguish a change to the process from a partial improvement.
• Consequences. Consider the specific application: the appliance’s impact on work and the environment depends on where and how it is used, not just on the name of the technology.

To assess a specific appliance, check which operation it replaces and what changes in how that operation is performed.

Frequently asked questions