Freeing yourself from Pavlov’s ‘ping’

Freeing yourself from Pavlov’s ‘ping’

Humans have become conditioned to respond to their digital devices, much like the Russian scientist's dog would salivate at the sound of a bell.

People have been conditioned to immediately respond to every alert on their phone, which can break concentration and derail productivity. (Envato Elements pic)

Does this sound familiar? You’re in a café, trying to work or simply enjoying your cup of coffee, when you find yourself being jolted by the “ping” of someone’s smartphone notification, pulling you out of deep concentration or relaxation.

This “ping” (or sometimes “Shopee!” in a shrill cartoon voice) may remind you of Pavlov’s bell and his well-known conditioning study involving dogs. Indeed, the connection is uncanny – people have become conditioned to respond to their gadgets, much like Pavlov’s dog woud salivate at a ringing bell.

Ivan Pavlov’s classical conditioning experiment demonstrated the power of conditioned responses. The Russian physiologist was investigating the digestive system and, specifically, the salivary reflex in dogs, when he noticed that dogs would salivate not only when food was presented to them, but also when they saw the lab assistant who fed them.

Intrigued, Pavlov designed an experiment: he trained a dog to associate the sound of a bell with the arrival of food. Over time, he consistently paired the sound of a bell (a neutral stimulus) with the presentation of food (an unconditioned stimulus), which naturally produced salivation (an unconditioned response).

After several repetitions, the dog would salivate at the mere sound of the bell, even in the absence of food. This “learned” response to a previously neutral stimulus is known as a conditioned response, an important element of classical conditioning theory.

Fast forward to today, and smartphones have become ubiquitous, constantly vying for our attention with a symphony of pings, dings, and buzzes. Each notification, like Pavlov’s bell, triggers an almost reflexive response: we are instantly drawn to our screens, compelled to check messages, updates or alerts, often without a moment’s thought.

The conditioning is so pervasive that we’ve come to expect these interruptions as part of our daily lives. But unlike Pavlov’s dog, whose response was a simple biological reaction, our conditioned response to smartphone notifications has far-reaching implications: it affects our productivity, our mental wellbeing, and our ability to focus on tasks at hand.

Soviet physiologist and neurologist Ivan Pavlov. (Wikipedia pic)

How many times have you found yourself in the middle of an important task, only to be disrupted by a notification? That brief distraction can break your concentration and derail your productivity.

According to a study cited by Clockify, employees lose approximately 720 hours annually to distractions, which equates to significant financial losses for businesses. This highlights the pervasive nature of distractions and their detrimental effects on productivity.

So, what can be done? Here are four suggestions:

1. Set boundaries by establishing specific times during which you check your phone, and stick to them. Turn off non-essential notifications to reduce interruptions.

2. Learn to focus on the task at hand. When working on something important, put your phone on silent or airplane mode. Create a focused environment free from digital distractions.

3. Practise mindfulness and awareness by being conscious of your response to notifications. Pause and consider whether it’s necessary to check your phone immediately or if it can wait.

4. Consider a digital detox by taking breaks from your devices. Disconnecting for a few hours or even a day can help reset your relationship with technology.

By taking these steps, we can break the cycle of conditioned responses and regain control over our attention and our lives. Let’s not become like Pavlov’s dog, mindlessly responding to every sound. Instead, let’s use our phones for what they are: powerful tools that enhance our lives without controlling them.

This article was written by Nahrizul Adib Kadri, associate professor of biomedical engineering at the Faculty of Engineering at Universiti Malaya.

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