Javascript

The Future of Dates in JavaScript: Introducing Temporal

Ignacio Falk

Published Jul 25, 2025

Updated Jul 25, 2025

2 min read

The Future of Dates in JavaScript: Introducing Temporal

What is Temporaal?

Temporal is a proposal currently at stage 3 of the TC39 process. It's expected to revolutionize how we handle dates in JavaScript, which has always been a challenging aspect of the language.

But what does it mean that it's at stage 3 of the process?

The specification is complete
It has been reviewed
It's unlikely to change significantly at this point

Key Features of Temporal

Temporal introduces a new global object with a fresh API. Here are some important things to know about Temporal:

All Temporal objects are immutable
They're represented in local calendar systems, but can be converted
Time values use 24-hour clocks
Leap seconds aren't represented

Why Do We Need Temporal?

The current Date object in JavaScript has several limitations:

No support for time zones other than the user's local time and UTC
Date objects can be mutated
Unpredictable behavior
No support for calendars other than Gregorian
Daylight savings time issues

While some of these have workarounds, not all can be fixed with the current Date implementation.

Let's see some useful examples where Temporal will improve our lives:

Some Examples

Creating a day without a time zone is impossible using Date, it also adds time beyond the date. Temporal introduces PlainDate to overcome this.

let usingDate = new Date('2025-04-03');
// 2025-04-03T00:00:00.000Z

console.log(usingDate);
// Wed Apr 02 2025 21:00:00 GMT-0300 (Chile Summer Time)

let usingTemporal = Temporal.PlainDate.from('2025-04-03');
// PlainDate [Temporal.PlainDate] {}
console.log(usingTemporal.toString());
// 2025-04-03

But what if we want to add timezone information? Then we have ZonedDateTime for this purpose. The timezone must be added in this case, as it also allows a lot of flexibility when creating dates.

let zoned = Temporal.ZonedDateTime.from('2025-04-03T00:00Z[UTC]');
console.log(zoned.toString());

Temporal is very useful when manipulating and displaying the dates in different time zones.

let utc = Temporal.ZonedDateTime.from('2025-04-03T00:00Z[UTC]'); // Created as UTC
console.log(utc.toString());
//2025-04-03T00:00:00+00:00[UTC]

let clientZoned = zoned.withTimeZone(Temporal.Now.timeZoneId()); // Convert to the client timezone

console.log(clientZoned.toString());
// 2025-04-02T21:00:00-03:00[America/Santiago]

Let's try some more things that are currently difficult or lead to unexpected behavior using the Date object.

Operations like adding days or minutes can lead to inconsistent results. However, Temporal makes these operations easier and consistent.

let date = new Date('2025-03-09');
console.log(date); // 2025-03-09T00:00:00.000Z

// add 100 days
date.setDate(date.getDate + 100));
console.log(date); // 2025-06-17T01:00:00.000Z

const zoned = Temporal.ZonedDateTime.from('2025-03-09[UTC]');
console.log(zoned.toString()); // 2025-03-09T00:00:00+00:00[UTC]
console.log(zoned.add({days:100}).toString()); // 2025-06-17T00:00:00+00:00[UTC]

Another interesting feature of Temporal is the concept of Duration, which is the difference between two time points. We can use these durations, along with dates, for arithmetic operations involving dates and times. Note that Durations are serialized using the ISO 8601 duration format

const duration = Temporal.Duration.from({ hours: 5, minutes: 15 });
console.log(duration.toString());
// PT5H15M

const zoned = Temporal.ZonedDateTime.from('2025-03-09[UTC]');
console.log(zoned.toString()); // 2025-03-09T00:00:00+00:00[UTC]
console.log(zoned.add(duration).toString()); // 2025-03-09T00:05:15+00:00[UTC]

Temporal Objects

We've already seen some of the objects that Temporal exposes. Here's a more comprehensive list.

Temporal
Temporal.Duration`
Temporal.Instant
Temporal.Now
Temporal.PlainDate
Temporal.PlainDateTime
Temporal.PlainMonthDay
Temporal.PlainTime
Temporal.PlainYearMonth
Temporal.ZonedDateTime

Try Temporal Today

If you want to test Temporal now, there's a polyfill available. You can install it using:

npm install @js-temporal/polyfill

Note that this doesn't install a global Temporal object as expected in the final release, but it provides most of the Temporal implementation for testing purposes.

Conclusion

Working with dates in JavaScript has always been a bit of a mess. Between weird quirks in the Date object, juggling time zones, and trying to do simple things like “add a day,” it’s way too easy to introduce bugs.

Temporal is finally fixing that. It gives us a clear, consistent, and powerful way to work with dates and times.

If you’ve ever struggled with JavaScript dates (and who hasn’t?), Temporal is definitely worth checking out.

This Dot is a consultancy dedicated to guiding companies through their modernization and digital transformation journeys. Specializing in replatforming, modernizing, and launching new initiatives, we stand out by taking true ownership of your engineering projects.

We love helping teams with projects that have missed their deadlines or helping keep your strategic digital initiatives on course. Check out our case studies and our clients that trust us with their engineering.

About the author(s)

Ignacio Falk
I love to learn new things and share what I know. Mentor, Writer, Speaker Member of the local community
@flakolefluk @flakolefluk

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For a comprehensive comparison table of PHP's truthiness, check out the PHP documentation. 1.2. Switch Statements Switch statements in PHP use loose comparisons, so don't be surprised if you see some unexpected behavior when using them: ` The New Match Expression in PHP 8 PHP 8 introduced the match expression, which is similar to switch but uses strict comparisons (i.e., === under the hood) and returns a value: ` Unlike switch, there is no "fall-through" behavior in match, and each branch must return a value, making match a great alternative when you need a more precise or concise form of branching—especially if you want to avoid the loose comparisons of a traditional switch. 1.3 String to Number Conversion In earlier versions of PHP, string-to-number conversions were often done silently, even if the string wasn’t strictly numeric (like '123abc'). In PHP 7, this would typically result in 123 plus a Notice: ` In PHP 8, you’ll still get int(123), but now with a Warning, and in other scenarios (like extremely malformed strings), you might see a TypeError. This stricter behavior can reveal hidden bugs in code that relied on implicit type juggling. Stricter Type Checks & Warnings in PHP 8 - Performing arithmetic on non-numeric strings: As noted, in older versions, something like "123abc" + 0 would silently drop the non-numeric part, often producing 123 plus a PHP Notice. In PHP 8, such operations throw a more visible Warning or TypeError, depending on the exact scenario. - Null to Non-Nullable Internal Arguments: Passing null to a function parameter that’s internally declared as non-nullable will trigger a TypeError in PHP 8. Previously, this might have been silently accepted or triggered only a warning. - Internal Function Parameter Names: PHP 8 introduced named arguments but also made internal parameter names part of the public API. If you use named arguments with built-in functions, be aware that renaming or reordering parameters in future releases might break your code. Always match official parameter names as documented in the PHP manual. Union Types & Mixed Since PHP 8.0, we can declare union types, which allows you to specify that a parameter or return value can be one of multiple types. For example: ` Specifying the union of types your function accepts can help clarify your code’s intent and reveal incompatibilities if your existing code relies on looser type checking, preventing some of the conversion quirks we’ve discussed. 2. Operator Precedence and Associativity Operator precedence can lead to confusing situations if you’re not careful with parentheses. For instance, the . operator (string concatenation similar to + in JavaScript) has left-to-right associativity, but certain logical operators have lower precedence than assignment or concatenation, leading to puzzling results in PHP 7 and earlier: ` PHP 8 has fixed this issue by making the + and - operators take a higher precedence. 3. Variable Variables and Variable Functions Now, we're getting into unfamiliar territory as JavaScript Developers. PHP allows you to define variable variables and variable functions. This can be a powerful feature, but it can also lead to some confusing code: ` In this example, the variable $varName contains the string 'hello'. By using $$varName, we're creating a new variable with the name 'hello' and assigning it the value 'world'. Similarly, you can create variable functions: ` 4. Passing Variables by Reference You can pass variables by reference using the & operator in PHP. This means that any changes made to the variable inside the function will be reflected outside the function: ` While this example is straightforward, not knowing the pass-by-reference feature can lead to some confusion, and bugs can arise when you inadvertently pass variables by reference. 5. Array Handling PHP arrays are a bit different from JavaScript arrays. They can be used as both arrays and dictionaries, and they have some quirks that can catch you off guard. For example, if you try to access an element that doesn't exist in an array, PHP will return null instead of throwing an error: ` Furthermore, PHP arrays can contain both numerical and string keys at the same time, but numeric string keys can sometimes convert to integers, depending on the context> ` In this example: - "1" (string) and 1 (integer) collide, resulting in the array effectively having only one key: 1. - true is also cast to 1 as an integer, so it overwrites the same key. And last, but not least, let's go back to the topic of passing variables by reference. You can assign an array element by reference, which can feel quite unintuitive: ` 6 Checking for Variable Truthiness (isset, empty, and nullsafe operator) In PHP, you can use the empty() function to check if a variable is empty. But what does "empty" mean in PHP? The mental model of what's considered "empty" in PHP might differ from what you're used to in JavaScript. Let's clarify this: The following values are considered empty by the empty() function: - "" (an empty string) - 0 (0 as an integer) - 0.0 (0 as a float) - "0" (0 as a string) - null - false - [] (an empty array) This means that the following values are not considered empty: - "0" (a string containing "0") - " " (a string containing a space) - 0.0 (0 as a float) - new stdClass() (an empty object) Keep this in mind when using empty() in your code, otherwise, you might end up debugging some unexpected behavior. Undefined Variables and isset() Another little gotcha is that you might expect empty() to return true for undefined variables too - they contain nothing after all, right? Unfortunately, empty() will throw a notice in such case. To account for undefined variables, you may want to use the isset() function, which checks if a variable is set and not null: ` The Nullsafe Operator If you have a chain of properties or methods that you want to access, you may tend to check each step with isset() to avoid errors: ` In fact, because isset() is a special language construct and it doesn't fully evaluate an undefined part of the chain, it can be used to evaluate the whole chain at once: ` That's much nicer! However, it could be even more elegant with the nullsafe operator (?->) introduced in PHP 8: ` If you’ve used optional chaining in JavaScript or other languages, this should look familiar. It returns null if any part of the chain is null, which is handy but can also hide potential logic mistakes — if your application logic expects objects to exist, silently returning null may lead to subtle bugs. Conclusion While PHP shares a few loose typing quirks with JavaScript, it also has its own distinctive behaviors around type juggling, operator precedence, passing by reference, and array handling. Becoming familiar with these nuances — and with the newer, more predictable features in PHP 8 — will help you avoid subtle bugs and write clearer, more robust code. PHP continues to evolve, so always consult the official documentation to stay current on best practices and language changes....

Jun 20, 2025

6 mins

PHPDevelopment

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The Future of Dates in JavaScript: Introducing Temporal

The Future of Dates in JavaScript: Introducing Temporal

What is Temporaal?

Key Features of Temporal

Why Do We Need Temporal?

Some Examples

Temporal Objects

Try Temporal Today

Conclusion

Ignacio Falk

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D1 SQLite: Writing queries with the D1 Client API

What is Cypress Studio?

The Quirks And Gotchas of PHP

Let's innovate together!

You might also like

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The Quirks And Gotchas of PHP